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  • Users: Gimbli
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  1. Gimbli

    Landifill Cover Stability

    Typically, landfill slopes for closure are recommended not to be steeper than 3:1 with an earth liner consisting of an intermediate cover 0.15m, clay type soils with conductivity of 10e-5 cm/s or less and top soil. Besides global stability considerations, infinite plane stability is of concern...
  2. Gimbli

    Footing Close to Retaining Wall

    I have a structure (3-story) proposed at about 2 to 2.5 meters from a retaining wall. I am concerned about normal deflections of walls during active loading conditions that will provoke settlements on strucuture (Poisson's constant effect). Is designing for at rest condition a solution to...
  3. Gimbli

    Drained conditions on slope stability

    Do you know if there is any empirical correlation, paper or research on obtaing c' from SPT data. If you can give some light about; i'm trying to do a slope stability analysis. I know how to estimate peak phi, but, how can I estimate c'. I don't think it should be equal to zero when working...
  4. Gimbli

    Wave Equation

    Pile = 12" round Pile lenght = 50 ft Hammer = Linkbert - LB 520 Subsoil Conditions = 0 to 38 feet stiff clay average cohesion=1.5 ksf 38 to 50 feet = medium sands Nave = 25 bpf gwt = 15 to 20 ft Static analyses predict = 260 kips Load Test reached maximum counterweight load of 150 kips and as...
  5. Gimbli

    Wave Equation

    Pile = 12" round Pile lenght = 50 ft Hammer = Linkbert - LB 520 Subsoil Conditions = 0 to 38 feet stiff clay average cohesion=1.5 ksf 38 to 50 feet = medium sands Nave = 25 bpf gwt = 15 to 20 ft Static analyses predict = 260 kips Load Test reached maximum counterweight load of 150 kips and as...
  6. Gimbli

    Driven Piles in Liquefied Sands

    I know from literature review that liquefied sands offer negligible resistance to piles under lateral loads though some pseudostatic approaches, reduced PY methods (Liu, Dobry and Wilson) and undrained shear strength approach (Wang and Reese), among others have been proposed. Recent research...
  7. Gimbli

    Pavement debris as engineering fill

    My doubt is simple. Can pavement debris be used as engineering fill even it classifies A-2-4? I mean, does this material develop the same stregth as an A-4 when compacted to more than 95% Modified Proctor?
  8. Gimbli

    Consolidation Test to verify if consolidated

    People; I have an old surcharge placed over soft soils and we would like to know, if possible, how can we determine de consolidation degree from consolidation tests?

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