UCLA geotechnical engineering
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Idil D. Akin
Yousef Bozorgnia
Scott J. Brandenberg
Martin B. Hudson
Jonathan P. Stewart
Postdocs/Collaborators
Tristan Buckreis
Chukwuebuka C. Nweke
Pengfei Wang
Paolo Zimmaro
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Next Generation Liquefaction
Shear Wave Velocity Profile
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Compute
Compressibility Properties
Virgin Compression Index, C
c
Recompression Index, C
r
Reference Pressure, σ'
v,ref
, kPa
Reference Void Ratio, e
σv',ref
Specific Gravity of Solids, G
s
Permeability Properties
Reference Permeability, k
ref
(m/s)
Reference Void Ratio, e
k,ref
Coefficient of Permeability Variation, C
k
Secondary Compression Properties
Input Type:
Basic
Advanced
Secondary Compression Index, C
α
t
ref
(s)
Loading Conditions
Height, H (m)
Initial Overburden Pressure, q
o
(kPa)
Vertical Total Stress Change, Δq (kPa)
Initial Excess Pore Pressure Ratio, r
u
OCR
Void Ratio
σp'
Number of Elements, N
Number of Time Steps
Max Time, t
max
(s)
Convergence Tolerance, tol
Drainage Boundary Condition
Double
Top
Bottom
Input Schematic
Load Inputs From File
Settlement vs. Time
Seconds
Minutes
Hours
Days
Weeks
Months
Years
Isochrones
Depth Axis:
Initial
Deformed
Save Output
Settlement Versus Time
Plotted Pore Pressures (10 isochrones)
Plotted Void Ratios (10 isochrones)
Plotted Nodal Depths (10 isochrones)
Plotted Effective Stresses (10 isochrones)
All Pore Pressures (Ntime isochrones)
All Void Ratios (Ntime isochrones)
All Nodal Depths (Ntime isochrones)
All Effective Stress (Ntime isochrones)
Export Output
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Citation
Brandenberg, S.J. (2017). “iConsol.js: A javascript implicit finite difference code for nonlinear consolidation and secondary compression.”
International Journal of Geomechanics
, 17(6) [
link
Opens a new window
]
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