lateral load pile design spreadsheet Pile cap or Raft shape can be any multilinear shape. The geotechnical worksheet computes earth pressures and embedment. LPILE solves the differential equation for a beam-column using nonlinear lateral load-transfer (p-y) curves. 2. The variation of lateral spreading displacements with the distance from the waterfront shown in Figure 2 may result in different lateral loads being applied to individual piles, depending on their position within the pile-group. CivilWeb Spreadsheets > Pile Design Spreadsheets > Lateral Pile Capacity This spreadsheet allows the user to estimate the lateral load capacity of a pile. No matter what, those amounts of piles will not be able to sustain the load and will be omitted from future calculations! T h e co st o f t h e p i l e wa s ca l cu l a t e d b y: This cost per pile will also be multiplied by the total number of piles in the design. 1. of working pile, actual design loads both in vertical and lateral direction coming on the pile including static moments. 9. Konten Geotechnical design Structural R/F concrete Structural steel design & detailing Bridge design Timber design Structural dynamics Wind load calculation Hydraulics and HydrologyContent Civil Engineering Spreadsheets Abutment Column Design ACI 318-08 Rec Sec. Piles. LPILE has the capability of analyzing the behavior of piles subjected to free-field soil movements in the lateral direction. APPROACHES OF PILE DESIGN ACC. pdf), Text File (. You can find this method in most foundation text books. The spreadsheet has a large database of American steel sections. 5. This post presents an Excel User Defined Function (UDF) to carry out the analysis of vertical piles subject to horizontal loads, using the same approach as employed in the DOS program COM624. Foundations : Design of general footing with axial, moment & shear loads, specify capacity increases, rebar band requirements, column pedestals, highly detailed analysis including uplift & sliding. and available methods for the design of laterally loaded piles are presented along with the developed spreadsheet tool. This Lateral Foundation software calculates the capacity of a single driven pile or a single drilled pier/auger cast pile subjected to: 12. … requires minimum pile penetration to reach “Fixity” for resisting the applied Strength Limit State lateral loads (10. vertical loads) distributed back in to the pile foundation components in terms of pile bending moments, shears and axial stresses? ( 4) Are the seismically induced pile moments, shears and axial loads excessive in terms of design criteria? (5) Is degradation of lateral stiffness or skin friction soil-pile interaction were measured. Piles in trailing rows of pile groups have significantly less lateral load resistance than piles in the lead row. The lateral displacement of the pulling arm was measured using two linear variable differential transducers (LVDTs) Regardless of design method and resulting LFRS, the first consideration is the amount of lateral load to be resisted by the arrangement of shear walls and diaphragms in a given building. Working Load: It is the load assigned to a pile according to design. The user can either use the reinforcement specified in the Design Rules spreadsheet or create a custom rebar layout to apply to the concrete pile. 9 Helical Piles. RCC-154 Spread sheets 19. in Pile Design to EC7 Static load tests Ground tests (using direct correlations), e. Concrete Pile Tab. 121 . Now, this is a bold statement but please spend a few minutes with us you will find out why! DeepEX has built in all standard pile sections. Lateral Loads and Piles Pile foundation is a type of deep foundation that is used for supporting the structure and transferring the load at the desired depth by end bearing or skin friction. Publication No. RCC-154 Spread sheets 19. In some cases, they will be subjected to horizontal, or lateral loads. Response Spectrum Workbook 20. Precautions must be taken to prevent loss of the fill which could result in instability of the pile-supported structure. FHWA also has lateral load software available (COM624P) in the public domain. Continuum-based analyses for laterally loaded piles with rectangular and circular cross sections are presented using solutions that can be obtained quickly without requiring any elaborate inputs for the geometry and numerical mesh. 1 Determining Lateral Squeeze 6. As a result, the m value used to determine the lateral bearing capacity of single piles can be obtained from the m - Y 0 curve. Breaking Wave Load on Analyses of Lateral Loaded Piles with P-Y Curves - Observations on the • Matlab or Mathcad spreadsheets . 1/96) on pile design and construction with a Hong Kong perspective. A pile cap is defined as a concrete block cast on the head of a group of piles, to transmit the load from the structure to the group of piles. , inclinometers) • Better if from Moment (or curvature) measurements using closely spaced pairs of strain gages (very few of The ASD edition is based on the FHWA notes and can be readily programmed into a spreadsheet for axial loads. Axial load Moment load; Horizontal load; Deflections diagrams; Forces diagrams; Lateral capacity; Axial capacity; RC design; Download LatPile – Analysis of Lateral Loads on Piles. In current design practice, the p-y curve method used in design of laterally loaded drilled shafts in soil is adopted in the design of such shafts in jointed rock. 00 6 State of Practice For the Design of Socketed Piles in Rock P. Pile shifts horizontally in response to applied load which results in bending, rotation or translation of pile. rar ; spreadsheet Civil Engineering. 4. txt) or read online for free. Sheet Pile Design Spreadsheet A chapter on reliability-based design. be designed to safely support these heavy loads as well as lateral loads caused by wind, waves and earthquakes. Field model tests were conducted to simulate the loading conditions of foundations for offshore structures subjected to large overturning moments with small lateral loads. 50m with pile caps shall be adopted. Pile Design from Geotechnical Info. Axial and Lateral Load Piles Spreadsheet AXIAL AND LATERAL LOAD PILES l FEM axial load moment load horizontal load deflections diagrams forces clagrams lateral – The soil stress created by lateral loads around one pile will extend to the pile's neighbours, depending upon the distance between the piles and the level of stress – The lateral capacity of each pile is generally degraded by this effect – Methods of solution use p-y curve methods and consider spacings and pile deflections Keywords Lateral load Piles Modulus of subgrade reaction IS 2911 (2010) Vesic’s equation Introduction Piles are always required to be designed to with stand the lateral loads in addition to the compression and tension loads. Validation of this software with lateral load tests is essential, but due to high expense, full-scale load test data is limited. For the analytical design, the axial load, lateral load and bending moment at the base of the tower were computed assuming a tower height of 130 m and design wind speed of 160 mph. 40 Design of Pile Caps 10. Vertical Piles in Soil 121. The following list provides an acceptable geotechnical theory for the development of the lateral earth pressures and potential external loads Combined Footing Design EXCEL Spreadsheet Combined Footing Design calculator, Combined foundation design calculator, excel spreadsheet, download civil engineering sheets EXCEL spreadsheet calculator of cantilevered sheet-pile wall penetrating sandy soils UBC97 Earthquake Lateral Forces US Steel Sheet Pile Design X-bracing Design All Structural Section Tables Beam on Elastic Foundation Analysis Concrete Design Design of Structural Elements Engineering with the spreadsheets Footing Design GoBeam International Lateral Loads Lateral Programs Masonry Design Misc Spreadsheets Other Structural The core of ENERCALC's Structural Engineering Library is its calculation modules. Augercast piles are a potentially cost-effective foundation alternative, especially where lateral loads are minimal. In this article, we will briefly discuss the overview of the pile foundation design. The spreadsheet is intended to be used in conjunction with the computer program LPile or COM624P, which analyze the lateral behavior of piles, and with PennDOT's steel or prestressed concrete girder design programs. In the case of axial (vertical) loads, piles may be looked upon as axially loaded columns; they transfer loads to the ground by shaft friction and base Driven pile anchors are typically analyzed using a beam-column method with a lateral load-deflection model (p-y curves) for the soil. of 3” into cap/footing and at least 4” from edges of cap/footing. The Purpose of Routine Lateral Load Test is to verify the Safe Lateral Load Capacity of Working Piles installed. 1 . , Australia Development over the past three decades in design methods for axial and lateral loads on rock Summary socketed piles are summarised. We analyze the superstructure as pin supported at ground beam/pile cap level. The method is demonstrated in the following through an example of free headed pile. Where To Download Sheet Pile Design Spreadsheet Sheet Pile Design Spreadsheet - excelsheets. Bearing piles driven within the cells should never be used to support structures subjected to lateral loads. 5 for non-displacement piles in cohesive soils & 1. Spreadsheet Calculation for Design of Steel-I Section to BS5950. Braced Piers or Piles (IBC Section 1808. 4. 2 Pole-type structures. The software can be used for the design of any sheet pile wall system (anchored sheet pile walls, deadman sheet pile walls, cofferdams and more. The latter source is Total Localized Scour Around Vertical Piles Equation 8. b. piles, therefore the tolerance must be taken into account during the design of pile cap. 4(1)P states that the design of piles shall be based on one of the following approaches: (1) The results of static load tests, which have been Design of Sheet Pile Walls Using Truline Composite Wall Sections – Design Methods and Examples Introduction This report presents the recommended structural capacities for Truline composite wall sections and a summary of design methods commonly used to design cantilevered and anchored sheet pile structures. L. 3. Soft soil and liquefiable soil will make the pile foundation design challenging. 0)Civil Engineering (File Repository) Created on 03 November 2009 12. Where standard plan piles are used, the pile-to-cap connection is intended to be a pin connection. Load Cases (high and low tide, inside, outside) GTStrudl runs and Energy Spreadsheet (final) Stress Check Pile Embedments Level III Analysis Load Cases (high and low tide, inside) Moment-Rotation Spring Development for GTStrudl Lateral Load-Pile Head Deflection for GTStrudl GTStrudl runs and Energy Spreadsheet (final) Reaction Frame Displacement The pile head is considered to be a free-head boundary with no rotational constraint. 05 in. The program, PIGLET, allows analysis of the response of pile groups, under working load conditions, to provide stiffness and flexibility matrices for the pile cap (including torsional modes) under axial, lateral and moment loading at the head of each pile, and profiles of bending moment and lateral deflection down selected piles. LLP99 (Laterally Loaded Pile) This is a program for the analysis of a laterally loaded pile. Typical Sizes: 2. Mx -Q-Torsion Design ACI 350 & ACI224R-01 Rectangular Section Flexural Crack Width Control ACI 350. RC Stair design 18. Oct 2006, ASCE JGGE Brown et al (1997) Brown et al (1997) 2 ft Pile 2 ft Pile 2 ft Pile laterally loaded piles (Duncan et al. A retaining wall refers to a structure that is designed and built up to defend the lateral pressure of soil, when any alteration occurs in ground Use our Sign Calculator to determine the lateral wind loads on a solid freestanding sign per Chapter 29. Table 1 shows a summary of the design loads that will be used in de-veloping the foundation design. Piles may also be used to carry uplift loads, to carry loads below scour level in marine environments, to resist lateral loadings, or to reduce the settlement of shallow pad or raft foundations. Tomlinson's book "Pile Design and Construction Practice". https://goo. J. Return to OpenSees Examples Page. 4- load deformation curves and lateral load capacity of piles using OASYS ALP 19. UBC97 Earthquake Lateral Forces; US Steel Sheet Pile Design; X-bracing Design; All Structural Section Tables; Beam on Elastic Foundation Analysis; Concrete Design; Design of Structural Elements; Engineering with the spreadsheets; Footing Design; GoBeam; International Lateral Loads; Lateral Programs; Masonry Design; Misc Spreadsheets; Other Lateral Load Capacity of Piles M. xls), PDF File (. It is required to understand the types of loads on piles and their transfer mechanism in order to select and design a suitable type of pile. Steel Design Spreadsheets-18 Spread sheets 21. The End reaction (which usually is 50% of the maximum uniform load) could be calculated for any length, any Fy. rar ; Steel Roof and Floor Deck. SoilStructure Drilled Pier Software performs all of the above three calculations. ___ Reorganized chapters on deep foundations. • It is convenient to use a spreadsheet or MathCad to perform these calculations. Bridge abutment and pier are subjected to more lateral load than vertical load. Understanding and mastering the seismic analysis and design of deep foundations is a challenging yet essential element of the advanced education of students in the field of civil engineering. 3/17/2015 DESCH -draft 13 . 5”, 6”, 8”, 10″+ Advantages: Round shaft piles are ideal for softer soils and when there is potential for high lateral loads. For the present problem, the load acting at the pile head has been set to a reasonable value (e. In 6. tip elevation for each shaft diameter; 3. Determine the loads at the top of the shaft foundation: Figure 1 - Sign Structure Geometry Information Sign Panel 1 Area 48. Design of pile foundation may be governed by lateral load in case of high rise building, slender structures. N. g. This can include in pipe piles, helical piles, steel beam piles, concrete walls, and bored piles. Lowest capacity of sheet design spreadsheet to cantilever sheet piles are very precise enough to complete the wall. Routine Vertical Pile Load Test Step by Step Pile Test. 1 - Pile Design Spreadsheet Ledge Design of Beam to take TT Slab Lintel Design Load Analysis of Building LRFD Composite Beam Design Minimum Thickness of Solid Slab according to ACI One Way Slab Design Spreadsheet according to ACI Pad Foundation Design Pavement Design Spreadsheet - CCAA Method The design of drilled shafts for axial and lateral loads is standard and Figure. 2 – Geotechnical Pile Design Oct 2011 Page 3 F P = The pile type correction factor for tip resistance (0. Realistic modeling of pile foundation is crucial to the validity of the results of static and dynamic structural analyses of offshore platforms. Orr Editors: Silvia Dimova, Borislava Nikolova, Artur V. 5 Pu (EQUATION 18-4) where Pu is the least value of: 1. This course highlights the requirements for determining the embedment depths required and foundation pressures for pole foundations for signs, flagpoles, light poles and pole framed buildings in accordance with Section 1804 and Paragraph 1805. edu. 7. Jetting. Course Outline. Bored Pile Software is Compatible with Australian AS 2159-2009 & American ACI 318-14. Piles are a convenient method of foundation for works over water, such as jetties or bridge piers. Includes AASHTO load and resistance factors. Design of pile cap: The pile cap stands for the concrete element that transmits the loads to the supporting piles. Footing Design-8 Spread sheets; GoBeam; International Lateral Loads; Lateral Programs; Masonry Design; Slab & Pile design-55 Spread sheets; Other Structural Spreadsheets-200 Spread sheets; RC Stair design; RCC-154 Spread sheets; Response Spectrum Workbook; Steel Design Spreadsheets-18 Spread sheets; Structural Design Spreadsheets-54 Spread added lateral support for the load with the cell fill. Load Transfer Mechanisms understanding of the load transfer mechanisms for piles is necessary for analysis and design. Innovative Geotechnics provides innovative geotechnical design tools for soil-structure interaction and deep foundation problems such as single piles or pile groups under lateral and vertical loads. DAVISSON, Department of Civil Engineering, University of Illinois, Urbana Pile foundations usually find resistance to lateral loads from (a) passive soil resistance on the face of the cap, (b) shear on the base of the cap, and (c) passive soil resistance against the pile shafts. Pile behaves as a transversely loaded pile foundations. Excel, for example, is a powerful spreadsheet with VBA robust programming capabilities that can be a powerful tool for teaching civil engineering concepts. per loading step. 0 for non-displacement piles in rock) A SAu = 6. You can redistribute it In cases of the lateral load on the free-head pile is applied at the ground surface, the coefficient, , is determined from and as follows: where and = lateral load (kN) and pile-head deflection (m), corresponding to and , respectively. g. lateral load pile P-Y method. Pile Driving Formulas. rar given to the design of anchorage systems for walls and bracing systems for cofferdams. zip . in/Enrol today in our site https://learn. of 3” into cap/footing and at least 4” from edges of cap/footing. Download the Excel based calculation Sheets for creating the perfect design of any retaining walls as well as verifying the suitability of this retaining wall against overturning and sliding forces. rar ; Steel Connection Design Spreadsheet. CAPWAP Statistical corrections required to account for number of test results (correlation factor) EC7 concentrates on pile design by testing. 6. xls - Free download as Excel Spreadsheet (. The lateral load was applied at a height of 300 mm as a pulling force. One of the important advantages which PileLAT has over other pile lateral force analysis software is that it also has some basic capability of calculating pile settlement under compressive axial loading. 4 Classification of piles 1. A practical, rational, and systematic procedure was developed for assessing and quantifying the lateral resistance that pile caps provide to pile groups. This course will teach how to design pile foundation considering lateral load. Pile Design from SI Info. horizontal resistance (horizontal reaction of battered piles + lateral resistance of all piles) equals or exceeds the applied horizontal forces. Dating back to 1983 when the Structural Engineering Library was released as a set of spreadsheet templates, our modules are designed as “fill-in-the-blanks” style of interactive programs. 2. Design spreadsheets or calculations indicating the geotechnical design parameters utilized for each boring log or reach, including scour elevations if applicable; 2. Establish Minimum Diameter and Depth for Lateral Loads 11. 1Soil Parameters 7. 2. Length (mm) Diam. g. (2007) and Sakr (2010). As the factored pile reactions and the applied loads are identified, the shear and moment diagrams can be computed easily. Breaking Wave Load on Vertical Piles Equation 8. Piles must be ductile enough to accommodate both thermal movements and dead load and live load rotations of the The spreadsheet, due to its form, easy input and clear output reduces time required for designing steel members. Understanding the potential response of the underpinned building to lateral load is now a specific code requirement. The only drawback of the proposed method is that the load of the leading piles is assumed equal to the design lateral load of single pile but with a corresponding bigger displacement compared to the displacement of individual pile. pdf), Text File (. Kousik Deb,Department of Civil Engineering,IIT Kharagpur. In [1] the pile caps may be designed by assuming that the load from the column is dispersed at 45º from the top of the cap to the mid-depth of the pile cap from the base of the column or pedestal. Up until now, you needed one program for axial capacity, another for lateral load analysis and yet a third program for reinforcement design. pile-design. Lateral Hydrostatic Load Equation 8. It includes lateral torsional buckling check therefore is a comprehensive and an important tool for structural engineers. in/ and get access to our study package comprising of video lectures, study For the lateral pile analysis, DeepFND can use either the defined load on the pile head and calculate the developed moment, shear and pile displacement diagrams, or it can perform a pushover analysis, calculating and presenting the required lateral load to achieve a specified pile head displacement. It can be used to determine the capacity of the short piles under later force and bending moment applied at the pile head based on Broms method for cohesionless and cohesive soils and Hong Kong Geoguide method for rocks. 2. Determine Resistance Factors for Design 10. Type of structure under which piles are being used, nature of loading, for example, seismic loads. layer of sand to determine simplified lateral load capacities to use for design. rar ; Standard hook bars in tension for ACI 318-08. Design Guide AGMU Memo 10. International Lateral Loads 13. 1 Introduction . Construction employing posts or poles as columns embedded in earth or embedded in concrete footings in the earth are permitted to be used to resist both axial and lateral loads. Efficiency factor, group pile lateral capacity, PLAXIS 3D Foundation 1. Advances could be realized in the design of economical pile-supported foundations, and their behavior more accurately predicted, if the cap resistance can be accurately assessed. LPILE includes a dynamic interface where the user can see the shape of the inputted curve and can also Paste values from Windows Clipboard (copied from a spreadsheet) or read from a saved file. Walls : Concrete and masonry slender walls with one or two stories. Provides more emphasis on p-y We explain why lateral loads act on piles and how piles interact with the surrounding ground as a result of those lateral loads. The program computes deflection, bending moment, shear force and soil response over the length of the pile. This project is an effort to validate the LPGSTAN program using model piles in lateral load tests. Experimental P-Y Curves • Lateral load tests on instrumented piles • Vey few high quality tests are available • Basis for P-Y Curves proposed in the literature • Typically from deflected shape measurements (e. Posted on September 26, 2009 by dougaj4. The wider cross section provides better structural capacity where large moments, lateral loading, or buckling can be present. Because the Iowa DOT pile load tests used in calibration were conducted at a time when Standard Penetration Test hammers averaged about 60% efficiency and because the industry is moving toward a 60% standard, in the future the Iowa DOT intends to use N 60-values from Standard Penetration Tests. 80 Compression, ϕ CC 0. Other Structural Spreadsheets-200 Spread sheets 17. 9. rar ; Stabilitas. B. Pile behaves as a transversely loaded beam in case of lateral loads and they transfer lateral load to surrounding soil by means of lateral resistance of the soil. Piles that are used under tall chimneys, television towers, high rise buildings, high retaining walls, offshore structures, etc. apsed. 1 Parameters Effecting Lateral Load Capacity of Piles 7. Discusses LRFD as it effects both the structural and geotechnical aspects of design. May 19, 2019 - Pad foundations spreadsheet Download Link. Our past experience in the academic context of helping students achieve the desired outcomes had been a frustrating endeavor, given the time and effort invested. g. 80 Compression, ϕ CU 0. The analysis is developed by solving the differential equations governing the displacements of the pile-soil system derived using the variational principles of mechanics. (2010), Naggar et al. Report EUR 26227 EN, 2013 Authors: Andrew J. T. 2 (see below) were used for the study. In marine environments these piles can resist corrosion caused by salt water and by thousands of cycles of wetting and drying. Spreadsheets are hard to preserve and it is time consuming to do all the stability and design checks using in house tools. Phillip Rennie: 2018 07: Simple Yet Tricky Foundation Design Spreadsheets: Simple yet tricky Foundation Design Spreadsheets (for tower) I wrote while working in a British company in 2003. The lateral resistance of the helical pile is a function of the load and its arm (the gap between the head and the ground level) and the head laterally loaded piles. 3. 1 Introduction . Bridge Abutment Design. ,1994) was developed by performing nonlinear p-y analyses for a wide range of free-head and fixed-head piles and drilled shafts in clay and sand. Sheet Piles Design Software - DeepEX. The design loads and basic load are as follows: 0. rar ; Steel Design Spreadsheets. Calculations includes wind load and wind pressure with a check for load case C. Piles transfer axial and lateral loads through different mechanisms. 5W or 1. Sum of the areas of the helical bearing plates times the ultimate bearing capacity of the soil or rock comprising the bearing stratum. AASHTO LRFD Design Table 10. 1. 1 Features of Laterally Loaded Rigid Piles Under a lateral load, Tt applied at an eccentricity, e above mudline, elastic-plastic solutions for infinitely long, flexible piles have been developed previously (Guo 2006). 5- Comparison of lateral load capacity of piles of Concrete Box Culvert analysis and Design Spreadsheet (53,150) Box Culvert Design Spreadsheet (40,523) Top 10 Civil Engineering Blogs (22,674) Wind Load Calculator Excel Spreadsheet (11,301) Types and Causes of Concrete Deterioration (10,526) Types of Dams, advantages, disadvantages and classification (9,594) no lateral support at the ground surface and the assembly will not be adversely affected by a 1/2-inch motion at the ground surface. W - wind load is based on the pressure of the wind acting horizontally on all components Use the load combinations and factors from AASHTO LTS T3. Other Structural Spreadsheets-200 Spread sheets 17. Lateral Earth Pressures A flexible wall system design is required to resist the anticipated lateral pressures without undergoing significant or excessive lateral deflections. 12) “Fixity” • Pile Fixity • Point of Fixity • “Geotechnical Fixity” • Determining the Minimum Pile Penetration by reaching the “Pile Fixity” should be based upon result of soil-structure interaction. The programming techniques and Example 6: 16 Pile Cap – This example was selected as a comparison design with Example 1 but it is designed for combined gravity and lateral loading. Braced Piers or Piles (IBC Section 1808. This technical supplement describes typical applica-tions for cantilever sheet pile wall in stream restora-tion and stabilization projects, types of sheet pile material, loads applied to the sheet pile, failure modes, May 19, 2019 - Circular Footing Design Spreadsheet Download Link UBC97 Earthquake Lateral Forces US Steel Sheet Pile Design X-bracing Design All Structural Section Tables Beam on Elastic Foundation Analysis Concrete Design Design of Structural Elements Engineering with the spreadsheets Footing Design GoBeam International Lateral Loads Lateral Programs Masonry Design Misc Spreadsheets Other Structural When the piles are subjected to lateral loads, they are designed with LPILE or GROUP if it is a group of piles embedded in the same concrete foundation, the slope of the ground must be considered. J. 6. (b) for end-bearing pile. A pile lateral load computer program and the axial load/moment interaction equation in LRFD Article 6. 5. Design of Pile Caps 10. ___ Revised coverage of laterally loaded deep foundations. Download geotechnical engineering software POLEFDN 2. Fig. 4. Piles transfer axial and lateral loads through different mechanisms. Up to 50 different load cases may be applied at the pile head in a single analytical run. The lateral load versus relative displacement response of pile caps embedded in laterally spreading ground was DEEPFND/HELIXPILE EXAMPLE: HELICAL PILE DESIGN DEEP EXCAVATION 3 Table 3: External loads. 4. There is little reference to design by calculation – the normal UBC97 Earthquake Lateral Forces US Steel Sheet Pile Design X-bracing Design All Structural Section Tables Beam on Elastic Foundation Analysis Concrete Design Design of Structural Elements Engineering with the spreadsheets Footing Design GoBeam International Lateral Loads Lateral Programs Masonry Design Misc Spreadsheets Other Structural • Add structural design to Step 3 of all examples. The pipe shafts can be grout filled for added There is lateral load applied to pile foundation due to lateral load of superstructure. Single Pile Load vs POLEFDN is a spreadsheet program written in MS-Excel for the purpose of analysis of a pole foundation assuming the use of a rigid round pier which is assumed free at the top and subjected to lateral and vertical loads. Considerations for “downdrag”; 5. Further details on the lateral load design of screw piles can be found in Mittal et al. In the case of axial (vertical) loads, piles may be looked upon as axially loaded columns; they transfer loads to the ground by shaft friction and base The password ' _Pa55word ' may be used to unlock spreadsheets. Open navigation menu that the deformations at a load of 0,3 and 0,5 times the ultimate load increase linearly and between these loads the deformations can be calculated. 7E) ASD; 0. 2 Design Methods 7. xls), PDF File (. These computations should include the axial loading in the pile, as well as the mooring line attachment point, which will influence the deflection, shear, and bending moment profiles along the pile. The highest ever-recorded design load for timber piles in U. Spreadsheets can do basic calculations such as cost estimates, schedule and cost control, and markup estimation, as well as structural calculations of reactions, stresses, strains • A helical anchor/pile consists of one or more helix-shaped bearing plates attached to a central shaft, which is installed by rotating or "torqueing" into the ground. Lateral Load test. 1). This article describes the OpenSees implementation of a simple laterally-loaded pile example. PILE LATERAL LOADING 7. A pile cap is defined as a concrete block cast on the head of a group of piles, to transmit the load from the structure to the group of piles. 0)Civil Engineering (File Repository) An Excel97 Template for finding distribution of loads beneath rigid pile caps or rafts. hcmut. superstructure and kinematic loads due to lateral ground displacements contributed to the damage at the pile head. Piles can also be used in normal ground conditions to resist horizontal loads. APSEd Website: https://learn. Any other relevant information concerning with planning and alone in its use of timber piles to support highways. The pile head was chipped off carefully till sound concrete was met with. S. 2. Structural Design Spreadsheets-54 Spread sheets 22. Ultimate Lateral Loads of model test piles. This program uses beam-column equations on a beam on elastic foundation approach. 3 for non-displacement piles in cohesionless soils, 1. The projecting reinforcement was cut off and the top finished smooth and any uneven surface was made good with concrete. Each helix is attached near the tip, is generally circular in plan, and formed into a helix with a defined pitch. Two design methods were included; one is a commonly used solution for laterally loaded piles; the other is a hybrid method which we compiled during the course of our work. Typical load/settlement curves for compressive load tests: (a) friction pile; (b) end-bearing pile 2. xls), PDF File (. Now, this is a bold statement but please spend a few minutes with us you will find out why! Lateral resistance of full-scale pile cap with gravel backfill. txt) or read online for free. 0m depth with pile caps shall be adopted. Design of Laterally Loaded Elastic Piles Excel Sheet. Structural Design Spreadsheets-54 Spread sheets 22. I am still saving my pennies for a copy of the LFRD version, but the FHWA notes contain examples of LFRD design of drilled shafts. – Integral abutments – Pile bents – Lateral loads – Scour below pier foundations Overview - 2 • ISU research focused on geotechnical and driving target aspects of Load Transfer Mechanisms understanding of the load transfer mechanisms for piles is necessary for analysis and design. The performance (load-deformation) characteristics of pile foundations is a classical research subject in the design and construction of offshore oil drilling platforms. The most popular elastic method is Chang's method. 2. Oct 1, 2019 - Eccentric Footing Design Spreadsheet Eccentric Footing Design Spreadsheet basend on ACI 318-02 Download Link RSPile is a general pile analysis software for analyzing driven pile installation, axially loaded piles and laterally loaded piles. xls - Free download as Excel Spreadsheet (. 1 Classification of pile with respect to load transmission and functional behaviour End bearing piles (point bearing The governing dif- ferential equation (Hetenyi 1946) is given by (97) in which EI = flexural rigidity of the deep foundation, y = lateral deflection of the foundation at a point z along its length, Pz = axial load on the foundation, p = lateral soil/rock reac- tion per unit length of foundation, and w = distributed load along the length of the Pile Lateral Load Analysis Using Finite Difference Method Spreadsheet Pile Lateral Load Analysis FEM is a free software. 3. The lateral load was imposed at a constant rate of displacement of 1 mm/min. BACKGROUND length is considered. 1. This is ignored frequently. Masonry Design 15. Design Flood Velocity Chapter 8 - Determining Site-Specific Loads Equation 8. Generally, pile cap transfers the load Pile foundation is the most common type of deep foundation used to transmit structural loads, namely axial load and lateral load into the deeper layers of firm soil. A 16 mm thick bearing plate was placed on the prepared head to receive the jack base plaster of paris was used under the plate to ensure its even The lateral load capacity of a pile depends on the shear strength of the soil in which the pile is embedded, the degree of fixity at the pile head, the bending moment and shear force capacities of the pile and allowable lateral displacement of the pile. It leads to improving the superstructure stiffness and reduces the bending moment transfer to the foundations. Laterally Loaded Pile Design. LATERAL SQUEEZE OF FOUNDATION SOIL 6. S. A spreadsheet including the UDF and an on-spreadsheet solution using the same method may be downloaded from LatPile. DeepEX is the premier software program for sheet pile walls design. In the case of battered piles, the horizontal component of a battered pile’s axial load may be subtracted from the total lateral load to determine the applied horizontal or lateral loads on pile foundations. Chance Company 5-1 Step 5 – Lateral Capacity Introduction The primary function of a deep foundation is to resist axial loads. Explore • Design Predicting the peak lateral loads imposed on the pile caps by the laterally spreading ground required including interface friction along the sides and base of the pile cap. Up to now, Japanese use this method to determine lateral capacity of pile corresponding to certain lateral deflection at pile head, say 1/4 ". tif (5 pages) Author: Administrator Created Date: 5/31/2005 13:32:47 foundation is excessive. Pile Cap Design Guide Pile Cap Design for Lateral Forces • Design, and detail pile caps to resist the combined effects of concentrated moments (Mx and My), shears (Vx and Vy), and axial load SoilStructure LATERAL FOUNDATION, version 2 analyses laterally loaded piles. Axial and Lateral Loads on Piles with FEM - Spreadsheet Spreadsheet Calculates following with winkler soil model and FEM. AXIAL AND LATERAL LOAD PILES (FEM) Short Description: This includes the design of a Counterfort Retaining Wall for Spillway of a Dam. It can compute the axial capacity for driven piles as well as the pile internal forces and displacements under various loads and soil displacements. 5) where the slope at the pile head is zero, deflection can be calculated from Large vertical (axial) and lateral loads often act on the heads of drilled shafts in jointed rock. Principle of Dynamic Formulae: The behavior of short, rigid piles under lateral loads is discussed later in this the piles must be spliced or additional piles driven, if the design of the foundation permits. This, and the design of piles are done with the help of a number of design graphs. Routine Lateral pile load test shall be conducted on Test Pile as per I. Figure 1. Fig. 1. This paper serves as an instruction manual for the Excel workbook, which is available at Pile Spacing (c-c)/Pile Diam. 12. Establish Diameter and Depth for Axial Loads. Innovative Geotechnics is an engineering company with the aim of researching and developing geotechnical design and analysis programs. Timber piles are most common and economical for loads in the range of 5 to 40 3 Practice Note 28: Screw Piles: Guidelines for Design, Construction and Installation • Version 1, October 2015 2. For more details on NPTEL visit http://nptel. DESIGN PREMISE A. Andrew, P. Ex. 4 of the "Minimum Design Loads for Buildings and Other Structures" (ASCE/SEI 7-10). via a steel cable linked to a motorized pulling mechanism. total, plus any additional horizontal loads, are resisted by the horizontal component of the anchor Factored Design Load. highway construction is a 1,000-foot long viaduct, supported by timber piles, which have a 75-ton design load on Interstate 80 near Winnemucca, Nevada. 3 Load Parameters 7. International Lateral Loads 13. The problem is modeled as a beam on a nonlinear Winkler foundation (BNWF), utilizing displacement-based beam elements for the pile and nonlinear spring elements which represent the vertical and lateral response of the surrounding soil. The scope of this review only focused on the design of axially loaded screw piles. The input parameters for the analysis of pile horizontal bearing capacity are the pile material characteristics modulus of elasticity and strength of a given materialpile geometry pile length l and its diameter d and also the pile load due to shear force and bending moment. 5) 1) Three or more piles connected to a rigid cap… 2) Single row of piles for one and two story homes (light construction) provided center of piles are located within the width of the foundation wall. John W. rar ; steel design. Stage Axial Load (kips) Moment (k-ft) Lateral Load (kips) Stage 0 (Compression) 90 0 5 Stage 1 (Tension) -70 0 5 Table 4: Pile parameters. 1 The following pages contain the specifications and service load interaction diagrams for the majority moments by 100 % or more. 1Lateral Load Tests Lateral capacity analysis for short piles A simple tool - SPileLAT is available in PileAXL for lateral capacity analysis of short piles. The "Brinch Hansen" method seems to >be the most efficacious for my needs, but the only info I have on the >method includes the "source" for his constants Kc and Kq in terms of >logarithmic graphs, which are not suitable for my needs. 2 From the above observation, lateral load capacity of pile has been estimated from the ALP software considering the deflection criteria of 1% of pile diameter at cut-off level. • Pile design has three aspects: – Structural – Geotechnical – Driving target • The Bridge Design Manual has structural simplifications for typical design cases. Finalize Structural Design of the Drilled Shafts and Connection to Structure (or cap) Evaluate Other Deep Foundation Systems i. 5) where the slope at the pile head is zero, deflection can be calculated from 1. Pile shall be designed to carry the loads from the UBC97 Earthquake Lateral Forces; US Steel Sheet Pile Design; X-bracing Design; All Structural Section Tables; Beam on Elastic Foundation Analysis; Concrete Design; Design of Structural Elements; Engineering with the spreadsheets; Footing Design; GoBeam; International Lateral Loads; Lateral Programs; Masonry Design; Misc Spreadsheets; Other Design Guide Integral Abutment Pile Selection August 2016 Page 2 Placing piles directly beneath the superstructure beams or girders is considered the most efficient method of load transfer between the superstructure and abutment piles. LPILE is a special-purpose program based on rational procedures for analyzing a pile under lateral loading using the p-y method. Pinto Design loads As a starting point we will use the design loads from the lateral load analy-sis presented earlier by John V. Pile Cap Structural Design Load Carrying Mechanisms Of Piles. As such, specified lateral displacement, or ; specified pile-head rotation. Understanding and mastering the seismic analysis and design of deep foundations is a challenging yet essential element of the advanced education of students in the field of civil engineering. End bearing cum friction piles carry vertical compressive loads partly by means of resistance offered by the hard stratum at the tip of the pile and partly by the friction developed between the pile shaft and soil Oct 1, 2019 - Eccentric Footing Design Spreadsheet Eccentric Footing Design Spreadsheet basend on ACI 318-02 Download Link Lateral capacity of these piles depends on the properties of soil. CPT or PMT Dynamic impact tests, e. This research provides a means of assessing and quantifying many important aspects of pile group and pile cap behavior under lateral loads. E. LATERAL CAPACITY OF PILE GROUPS The lateral deflection of a pile group is typically 2 to 3 times larger than the deflection of a single pile. • Improved the slab safety factors spreadsheet to report sliding resistance due to passive pressure. Lateral loads may be from wind, seismic events, live loads, water flow, etc. This technical supplement describes typical applica-tions for cantilever sheet pile wall in stream restora-tion and stabilization projects, types of sheet pile material, loads applied to the sheet pile, failure modes, Pole Foundation Design with Spreadsheet . Tabulated pile cap designs for both vertical loads and combined, vertical, lateral, and overturning actions are available for pile loads up to 400 tons allowable load. Spreadsheet calculation procedureA spreadsheet calculation procedure is developed using Microsoft Excel to analyze a pile subjected to lateral load. Piles can also be used in normal ground conditions to resist horizontal loads. TO EN-1997 EN 1997-1 §7. The vertical load is 775 pounds. What is the depth of embedment required? Lateral Frame Formulas: 18: Live Load: Live Load Reduction Based on ASCE 7-16, 2018 IBC / 2019 CBC: 19: New Roof Loads: Support Design, for New Loads on Existing Roof, Based on ASCE 41-17, AISC 360-16 & ACI 318-19: 20: Wind - ASCE7-16: Wind Analysis Based on ASCE 7-16: 21: Shear Wall Forces: Shear Wall Analysis for Shear Wall with Opening Using GoBeam 12. Loads beneath Rigid Pile Caps or Rafts (1. 2 Pile Parameters 7. 1. 9D + (1. Bond, Bernd Schuppener, Giuseppe Scarpelli, Trevor L. It calculates the lateral displacements of the pile for a lateral load and a moment applied at the head of the pile. Response Spectrum Workbook 20. DeepEX is the premier software program for sheet pile design. David Bohnhoff. PileLAT is a finite-element based program that analyzes the behaviour of single piles mainly under lateral loading based on p-y curves. ac. Load-Deformation Response and Lateral Load Capacity of Pile The feature of automatic load increment available in Oasys Alp has been used to estimate the lateral load capacity of the pile. Piles support the applied load by end bearing, adhesion or friction developed along their shaft, or both. Normalised Ultimate Lateral Load The above results for ultimate lateral load, together with The smaller of the two above values is the one actua lly adopted as the design lateral load. Files > Download Design of Laterally Loaded Elastic Piles (LPILE) EXCEL Spreadsheet - CivilEngineeringBible. 3) Top of piers embedded min. . Laterally loaded pile groups have a group efficiency less than 1. The allowable axial design load, Pa, of helical piles shall be determined as follows: Pa = 0. Graphical or tabulated representation of the drilled shaft capacity vs. gl/1AAeXq For more FREE video tutorials covering Pile Foundations and Soil Mechanics. 3 Solutions to Prevent Tilting 7. A drilled shaft D = 600 mm can take a horizontal load H = 120 kN D H = cm kN 60 120 = 2 a horizontal displacement of δ = 3 mm is estimated. 3 developed by Alex Tomanovich. DeepEX Sheet Pile Design Software. xls (1. Broadly speaking, there are three methods that can be used for the design of sheet pile walls: 1) Classical methods; >I'm trying to work up a "{*filter*}" spreadsheet to estimate lateral load >capacity for drilled shaft piles. (mm) Experimental Theoretical 1 660 75 890 779 2 770 75 1380 1037 3 480 50 320 256 4 640 50 511 473 5 780 50 810 719 Table 1. Flexible vertical and lateral load tural design, specification, and installation of sheet pile for stream restoration and stabilization projects. These methods have consistently provided successful retaining structures that have performed well in service. Chris-tiansen in "Analysis of Lateral Load Re-sisting Elements" (see Paper 2 in this series). 7 LATERAL LOAD CAPACITY OF PILES. e. Design Precast Piles (Driven Pile Design) The design of precast piles needs to address two issues. 3. Scribd is the world's largest social reading and publishing site. 0 M M 9 8 P P n u n u Pu = factored axial load, determined by considering the driveability of each pile and choosing the maximum load that each pile can be driven to without damage based on past experience. The design lateral force is 1,200 pounds and the height to the load is 16’-0” above the ground surface. Retaining walls with ground anchors shall be dimensioned to ensure that the total lateral load, P. 5m to 4. Piles are a convenient method of foundation for works over water, such as jetties or bridge piers. Capitalised on a generic LFP, these solutions, however, do not allow pile-soil relative slip to be initiated from the pile tip. 3-06 Seismic Loads… In general, at a pile-head deflection of 10 mm, the applied load, , is defined as the design value of lateral bearing capacity of single piles. are normally subjected to high lateral loads. sheet pile design load into the most cases the design spreadsheet models the design is the soils. Now we turn to the application of these theories to the practical design of sheet pile walls. Pin underpinning has the potential to introduce such out of plane loads. May 19, 2019 - Pad foundations spreadsheet Download Link. er Row 2-Stiff Clay Rollins et al (2003) Rows 3-5-Stiff Clay-Rollins et al (2003) Reese et al (1996) AASHTO (1998) Rollins et al. It is also common to use superposition to compute pile stresses when both axial and lateral loads are present. Lateral capacity of these piles depends on the properties of soil. This spreadsheet implements the Brinch Hansen method for calculating;-- depth of rotation - bending moments in the pile Lateral Foundation calculates the capacity of a single driven pile or drilled pier subjected to lateral (shear) load and bending moment. They used these results, together with data from their tests at the Virginia Tech field test site, to develop p-y multipliers for use in design of pile groups. Calculator is in Excel spreadsheet format, click here for preview of output. 2b. Slab & Pile design-55 Spread sheets 16. 4-1 for all loads acting on the sign structure. This method uses linear subgrade modulus. Apart from axial loads, lateral loads induced by wind, earthquakes, berthing of ships, vehicle acceleration and braking forces on the bridges, etc, have to be taken into account in designing a foundation system. DeepFND can perform settlement analysis. 1 Design Stillwater Flood Depth Equation 8. Ex. com (FREE!) Understanding and mastering the seismic analysis and design of deep foundations is a challenging yet essential element of the advanced education of students in the field of civil engineering. General Deep Foundation Design Flow Chart for Drilled Pile design. 1. The design lateral load of a pile group is equal to the sum of individual pile loads within the pile group. Lateral Programs 14. Lateral Programs 14. 1. The static loading step number is 50 with pile head lateral displacement of 0. 250 kN) and the number of increments to reach the load has This spreadsheet helps the connection designer to quickly calculate the max beam reaction (before the beam failure under uniformly distributed load) for connection design purpose. Provides more systematic coverage. Masonry Design 15. RC Stair design 18. a lateral load and the de fl ection of the pile as the load builds up to its ultimate v alue are complex and involv e the interaction between a semi-rigid s tructural element and soils Apr 22, 2019 - Grade Beam Design Spreadsheet Download Link Advanced Foundation Engineering by Dr. 2. The spreadsheet uses simple rigid methods to estimate the lateral load capacity of the pile. vn Eurocode Footing Design Spreadsheet excel spreadsheets for architects contractors engineers, rc spreadsheets v4c contents, steel beam design spreadsheet to eurocode 3 en 1993 1 1, pile design spreadsheets civilweb spreadsheets, free civil engineering files for downloading, eurocode pile design xls trend se pile pile cap pile, excel The ultimate lateral resistance for piles with larger penetration depths is governed by the ultimate or yield resistance of the pile (Fig. 75 Pile Uncased Ti 080 Length Tension, ϕTU 0. 4-2 - Resistance Factors for Structural Resistance of Axially Loaded Micropiles METHOD/SOIL/CONDITION RESISTANCE FACTOR Pile Cased Length Tension, ϕ TC 0. It is the maximum load which a pile or pile shaft can carry before failure of ground, when the soil fails by shear as evidenced from the load-settlement curves, or failure of the pile. 4. • Resolved an issue where applied vertical uplift was contributing to sliding resistance for slabs. pile foundations. net Sheet Pile Design Spreadsheet This spreadsheet calculates the capacity of a cantilever sheet pile in English units and using common US sheeting sections. Up to this point, we have been discussing basic soil mechanics and lateral earth pressure theory. We then examine the available methods of analysis of laterally loaded piles, discuss where improvements are necessary and point out scope of this research. Steel Design Spreadsheets-18 Spread sheets 21. These piles or pile groups should resist not only vertical movements but also lateral movements. The spreadsheet includes four different methodologies; AXIAL AND LATERAL LOAD PILES ( FEM )-axial load-moment load-horizontal load-deflections diagrams-forces diagrams-lateral capacity-axial capacity-rc design (winkler soil model and FEM) Calculation Reference Geotechnics Soil Mechanics The Finite Element Method Design of Piles Reinforced Concrete Design lateral load pile P-Y method. 7 of the 2006 International Building Code. 1 Classification of pile with respect to load transmission and functional behaviour End bearing piles (point bearing in which P is the applied lateral load and e is the distance of the lateral load above the ground surface and can also be calculated from an applied moment at the ground surface Mas e = MIP (4) For a restrained-head long pile in clays (f,3L > 1. Helical Screw Foundation System Design Manual for New Construction ® A. 6D + (W or 0. Abstract. Slab & Pile design-55 Spread sheets 16. -10. A large number of load tests have fully validated that vertical piles can carry lateral loads via shear, bending, and lateral soil resistance rather than as axially loaded members. Helicoidal Staircase Design Spreadsheet LdgPiles 2. 875”, 3. NYSDOT Geotechnical Page 11-1 February 29, 2016 Design Manual GEOTECHNICAL DESIGN MANUAL CHAPTER 11 FOUNDATION DESIGN Pile Ultimate lateral load (N) No. txt) or read online for free. 5. The p-y curve method treats the soil as a continuum. 1810. The concrete reinforcement can also be specified in the Concrete Pile tab of the Pile Definitions spreadsheet. Lateral load analyses; 4. Methods of solution for laterally loaded pile based on a si mple spreadsheet calculation procedure Effect of Lateral Load to be Considered in Pile Design Pile is usually designed for the axial loads applied from the superstructure. xls - Free download as Excel Spreadsheet (. 2 Magnitude of Horizontal Movement 6. 3 was developed at the University of Wisconsin-Madison by Dr. Pile Type Helical Pile Pipe Width 4 in Pipe Thickness 0. 1 shows a typical load-displacement diagram for lateral loads (H). Generally, pile cap transfers the load Lateral loads on the piles may need to be considered on bridges skewed more than 25º when required to resist the soil pressure forces tending to rotate the structure. A method for calculating pile cap resistance-deflection curves (p-y curves) was developed during this study, and has been programmed in the spreadsheet called PYCAP. 5”, 4. pile. One of the main disadvantages of the composite piles is creating a proper joint between two materials. The load-displacement responses of laterally loaded, single bored piles in weathered granite soil are investigated using field model tests and numerical analyses. conditions, or alternate lagging materials has difficulty estimating lateral earth pressures. All the geotechnical parameters required for the design of the foundation were obtained from a geotechnical engineering report for a location in North Charleston, SC. 3) Top of piers embedded min. This is a helpful feature for the quick observation of pile behavior for a specified range of external loads: Shear vs Pile-Head Deflection and Maximum Bending Moment vs Pile-Head Shear. pdf), Text File (. Design Laterally Loaded Elastic Piles Spreadsheet. rar ; Spreadsheetss with verification. In this video we explain how to determine the lateral capaci 2. 2911 (PART 4)-2013 CODE OF PRACTICE FOR DESIGN AND CONSTRUCTION OF PILE FOUNDATION PART 4 LOAD TEST ON PILES. However, restrictions on construction quality control including pile integrity (lateral) loads are applied perpendicular to the face of a masonry wall ( out of plane loads), the wall’s response is weak. involve N > 104 load cycles during pile design life. the permissable horizontal load. 4 Classification of piles 1. Pelis asc (Eng), MSc (Eng), DIC, DSc(Eng) Partner, Pells Sullivan Meynink Pty. 0m to 20. Scribd is the world's largest social reading and publishing site. Vertical (Buoyant) Hydrostatic Force Equation 8. The Guide offers several practical pile cap design examples including complete manual solutions for vertical and lateral load situations as well as complimentary access to design spreadsheets. BRINCH HANSEN'S METHOD FOR LATERALLY LOADED PILES There is an explanation of the Brinch Hansen method starting on page 224 of the 4th edition of M. Ltd. DESIGN CRITIREA (cp4) Every design will have to satisfy 3 conditions: 1. 5) 1) Three or more piles connected to a rigid cap… 2) Single row of piles for one and two story homes (light construction) provided center of piles are located within the width of the foundation wall. 1. In soldier pile and lagging systems, the lagging is often considerably less stiff than the steel soldier piles. Compare to LPile, this method is conservative. Broms (1964) provides a simple hand calculation or spreadsheet solution to analyze groundline deflection and moment demand in a single pile. tural design, specification, and installation of sheet pile for stream restoration and stabilization projects. 2 Applications of Screw Piles Screw piles are an option where the ground near the surface is, or has become too weak, to support a structure. Title: Print PileLateralLoadCapacity. ii. 3. • Refined the slab sliding force to properly reflect the direction of the applied lateral load. in which P is the applied lateral load and e is the distance of the lateral load above the ground surface and can also be calculated from an applied moment at the ground surface Mas e = MIP (4) For a restrained-head long pile in clays (f,3L > 1. If the load on foundation is in the range of 2000KN to 3000KN, Bored cast in-situ concrete piles with 6. Helical anchors/piles derive their load- Fig. 0E) LRFD A Microsoft Excel workbook for calculating uplift, bearing, and lateral load capacities of shallow post and pier foundations in accordance with provisions of ANSI/ASAE EP486. The Characteristic Load Method (CLM) is a method based on a large amount of p-y analysis. 5 in Number of Helixes 2 First Helix Diameter 18 in Simplified Design Procedure for Piles Affected by Lateral Spreading based on 3D Nonlinear FEA Using OpenSees The beam-solid contact elements enable the use of standard beam-column elements for the pile This allows for simple recovery of the shear force and bending moment demands placed upon the pile Foundation Design Requirements 135 7. Pile Settlement Analysis. The spreadsheets PROGRAMMATICALLY extract Foundation LOADS from Staad Model using VBA program. To get an approximate lateral stiffness of an individual pile, simply take the pile capacity and divide that by the maximum possible lateral deflection. www4. March 17, 2015 Page 51 transmit vertical and lateral loads to the surrounding soil media. The design procedures included in this manual are in common use today by most engineers involved in the design of sheet pile retaining structures. In rigid earth retention systems, lateral earth pressure is generally assumed to be constant along the length of the wall. > Pile Design Spreadsheets. Based on this information the design is started for main reinforcement at top and bottom of the pile cap. T hi , of all the anchors and the reaction, R, at or below the bottom of the wall. These studies included full-scale lateral load tests, centrifuge tests and laboratory tests. 75 DRAFT endorsed by the Federal Highway Administration for use in designing piles and pile groups subjected to lateral loads. 7. implemented in design works, a neural network-based model from literature and also the field data shows that the EPR model is capable of capturing, predicting and generalising predictions to unseen data cases, for lateral load bearing capacity of piles with very high accuracy. apsed. The use of grout in screw piles is further explored in Vickars and Clemence (2000). It can handle multiple composite sections along the pile or pier length. rar ; Stairs. The simulated pile head load versus pile head displacement and pile rotation are shown in Figures 4-4 and 4-5, respec- tively. The optimum load range about 300kN-800kN and the maximum load limit is about 1500kN. If the load on foundation is 500KN (say G+2Floor load), Under reamed pile foundation for a depth of 3. 00 Length Height e sp 8. lateral load pile design spreadsheet