PLAXIS 3D Study Finds Winged Piles Can Cut Uplift Settlement by Up to 95% in Sandy Soil
A PLAXIS 3D numerical study of under-reamed 'winged' piles in sandy soil has found that adding a wing near the pile tip can cut uplift-induced…
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A PLAXIS 3D numerical study of under-reamed 'winged' piles in sandy soil has found that adding a wing near the pile tip can cut uplift-induced…
Adoption of ESdat's electronic Chain of Custody (eCoC) has accelerated significantly across our user base, and for good reason. eCoC enable…
By Warwick Wood, Founder and Managing Director of EarthScience Information Systems Pty Ltd the creators of ESdat. At EarthScience Information S…
A PLAXIS 2D dynamic finite element study of offshore monopile driving has found that excess pore pressure generated by hammer blows can reduce soil re…
New functionality transforms raw sensor readings into corrected groundwater elevations within one structured, auditable system ESdat's latest v…