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~CRLTUSE

 

~CRLTUSE, IMAT1, IMAT2, IMATINC, Lab1, Lab2, ICOR, Fname

Applies a correlation to the indicated soil or rock material properties

PREP7 : GEOTECHNICAL MODULE: Materials

IMAT1

Initial material

IMAT2

Final material (by default = IMAT1)

IMATINC

Material increment (by default IMATINC =1)

Lab1

Label identifying material type:

SOIL

Soil properties.

ROCK

Rock properties.

Lab2

Material property. Material properties depend upon Lab1:

Lab1 = SOIL

Lab2

Description

ExSt

Elasticity modulus

NUxySt

Poisson coefficient

Vp

P waves velocity

Vs

S waves velocity

Exd

Dynamic elasticity modulus

NUxyd

Poisson dynamic modulus

GAMd

Dry specific weight

GAMw

Water specific weight

RHOrel

Relative density

n

Porosity

W

Moisture content.

D10

Diameter that allows more than 10% of material to pass (in millimeters).

D30

Diameter that allows more than 30% of material to pass (in millimeters).

D60

Diameter that allows more than 60% of material to pass (in millimeters).

SPT

Standard penetration test.

CPT

Cone penetration test.

qu

Resistance to simple compression.

Em

Edometric modulus.

qa

Maximum admissible load.

wl

Liquid limit percentage

wp

Plastic limit percentage

PHIMCeff

Angle of effective internal resistance (in degrees).

cMCeff

Cohesion.

PHIDPeff

Angle of effective internal resistance (in degrees).

cDPeff

Effective cohesion.

DELeff

Dilation.

K0

Pressure coefficient at rest.

Ka

Active pressure coefficient.

Kp

Passive pressure coefficient.

Kac

Cohesion complementary component of active earth pressure.

Kpc

Cohesion complementary component of passive earth pressure.

Ru

Coefficient for pore pressure after consolidation.

kx

PermeabilityX.

ky

PermeabilityY.

kz

PermeabilityZ.

cv

Consolidation coefficient.

A

Skempton law's coefficient.

B

Skempton law's coefficient.

BET

Skempton law's coefficient.

 

Lab1 = ROCK

Lab2

Description

ExSt

Elasticity modulus

NUxySt

Poisson coefficient

Vp

P waves velocity

Vs

S waves velocity

Exd

Dynamic elasticity modulus

NUxyd

Poisson dynamic modulus

qu

Resistance to simple compression.

GAMd

Dry specific weight

GAMw

Water specific weight

RHOrel

Relative density

n

Porosity

W

Moisture content.

PHIeff

Angle of effective internal resistance.

ceff

Effective cohesion.

PHIDPeff

Angle of effective internal resistance.

cDPeff

Cohesion.

DELeff

Dilation (degrees)

K0

Pressure coefficient at rest.

Ru

Coefficient for pore pressure after consolidation.

kx

PermeabilityX.

ky

PermeabilityY

kz

PermeabilityZ.

GSI

Geological strength index.

HB_m

Hoek & Brown coefficient m

HB_s

Hoek & Brown coefficient s

HB_mr

Hoek & Brown residual coefficient m

HB_sr

Hoek & Brown residual coefficient s

HB_n

Hoek & Brown coefficient n.

HB_m0

Hoek & Brown coefficient m for unfractured rock.

HB_s0

Hoek & Brown coefficient s for unfractured rock.

HB_ALF

Fragility / ductility limit coefficient.

HB_md

Factor for dilatancy calculation.

HB_bd

Factor for dilatancy calculation.

ExEst

Static elasticity modulus

NUxyEst

Poisson static modulus

Vp

P waves velocity

Vs

S waves velocity

Exd

Dynamic elasticity modulus

NUxyd

Dynamic Poisson modulus

ICOR

Correlation number inside the correlation file.

Fname

Correlation file name (max. 32 characters. By default CivilFEM).

Notes

- The extension of the correlation file is *.CRLT and it is fixed, as well as the directory in which it is stored: CivilFEM_DIR\MatLib\Correlat The terms that are involve in the correlations are expressed in the international system of units. The correlation result is calculated in this units system and changed to user units later on. This is the reason why the user should be careful when applying correlations. These correlations need to be meaningful for the data selected.

Menu Path

Main Menu > Civil Preprocessor > Materials > Modify

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