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Deep Foundations Engineering Course Overview at Utah State University

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This undergraduate and graduate course on Deep Foundations at Utah State University delves into key aspects of foundation engineering. It establishes prerequisites in soil mechanics and foundation engineering, guiding students through field investigations, static and dynamic analysis, capacity, settlement considerations, and more. The curriculum covers design methods, testing techniques, and integration of software tools. The course includes hands-on experience through field trips and practical problem-solving sessions, equipping students with essential skills for the foundation engineering profession.

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Deep Foundations Engineering Course Overview at Utah State University

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  1. DEEP FOUNDATIONSCourse Work Topics UTAH STATE UNIVERSITY J.A. CALIENDO

  2. UNDERGRADUATE COURSE • ONE SEMESTER COURSE, “FOUNDATION ENGINEERING” • PRE-REQUISITE = SOIL MECHANICS

  3. TEXTS CODUTO DAS HANDOUTS (lots)

  4. Topics (3-4 Weeks): • Field Investigation for Deep Foundations • Axial Static Analysis • Dynamic Pile Analysis (UDOT lecture) • Group Capacity & Settlement • Design & Construction Considerations • Static Load Testing

  5. GRADUATE COURSE • ONE SEMESTER COURSE, “DEEP FOUNDATIONS” • PRE-REQUISITE = FOUNDATION ENGINEERING

  6. TEXTS • FHWA, “Design and Construction of Driven Pile Foundations” 2 – Volume • ADSC, FHWA, “Drilled Shafts” 2 - Volume • Design of Pile Foundations NCHRP Synthesis Report #42 • “Guidelines for the Interpretation and Analysis of the Static Loading Test”, DFI • “Standard Guidelines for Design and Installation of Pile Foundations”, ASCE • FHWA, “Static Testing of Deep Foundations” • Analysis & Design of Shallow & Deep Foundations, Reese et al

  7. WEEK ONE • Design Considerations • Field Investigations • Shear Strength Review

  8. WEEK TWO • Overview – Design and Construction sequence, (FHWA chapt 2 ) • Pile Types, advantage / disadvantage (FHWA chapt 8)

  9. WEEK THREE • Static Analysis – Meyerhoff, Nordlund methods • Static Analysis – Alpha, Beta methods • Static Analysis – CPT methods

  10. WEEK FOUR • Economics and time effects – Chapt 3 • Computer Software – Static Analysis • DRIVEN • Spreadsheets • Others • Static Load Tests – Chapts 18,19, & 20 • Conventional • Osterberg • Statnamic

  11. WEEK FIVE • Static Load Tests – Continued (use PDPI field results) • Design of Pile Groups - Axial Loads

  12. WEEK SIX • Instrumented Static Load Tests • Load Distribution Curves • Load Transfer Curves (t-z) (q-w) • Settlement Predictions from t-z and q-w curves • tzpile software - Ensoft

  13. WEEK SEVEN • Load Settlement Relationships – cont’d • Settlement – Pile Groups • Wave Mechanics

  14. WEEK EIGHT • Pile Dynamics – PDA Testing Chapt 17 • Wave Equation Analysis – Chapt 16 • Example problems • GRLWEAP Software Introduction

  15. WEEK NINE • GRLWEAP • Bearing Graph • Inspector Chart • Driveability

  16. WEEK TEN • FIELD TRIP • Lateral Load Analyses • Hand solutions • Broms’ Method – Chapt 9 • py Curves

  17. WEEK 11 • Lateral Load Analysis – Numerical Solution (py curves from PDPI field tests) • LPILE Software • Group Response – py multiplier

  18. WEEK TWELVE • FLPIER Software – Academic Version • Begin Drilled Shaft Construction & Design • Note Differences between Driven Piles and Drilled Shafts • Advantages / Disadvantages of each

  19. REMAINING WEEKS • Drilled Shaft Construction & Design • Field Trip #2 • Use ADSC Support • Design Software (USU Spread Sheet)

  20. USEFULWEB SITES • http://www11.myflorida.com/structures/default.htm • http://www.fhwa.dot.gov/bridge/ • http://web.pile.com/ • http://cee.engr.ucdavis.edu/faculty/boulanger/geo_photo_album/index.html • http://www.loadtest.com/ • http://www.eng.usf.edu/~gmullins/Statnamic_intro.htm • http://piledrivers.org/pdca/index.cfm • http://www.adsc-iafd.com/

  21. THANKS TO PDCA FOR MAKING THIS PROGRAM POSSIBLE AND TO ALL OF YOU FOR BEING HERE WITH US AT UTAH STATE UNIVERSITY !!

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