Peeyush
2006-07-04, 17:14
Hi,
I have prony series in terms of Relaxation tension modulus (E) . I also have prony series in terms of shear modulus (G). My bulk modulus is constant(K).
As far as I can understand the abaqus manual, I can use in this case , * Elastic option with * Viscoelastic option.
*Elastic, Moduli= Instantaneous
Youngs' modulus (E at time= 0 from expression for E), Poisson's ratio (nu, poisson's ratio as defined from instantaneous modulus and bulk modulus using elastic relations)
*Viscoelastic , TIME = PRONY
(line 1:)
g1(RATIO OF G1/G0 where G1 is the first term in Prony series for shear modulus and G0 is the long term shear modulus), k1=1( K1/ K0=1 since my bulk modulus is constant), tau1
(line 2:)
g2, 0 (since all other terms in bulk modulus series are zero ), tau2
etc etc
Am I thinking right ?
Please let me know
Peeyush
I have prony series in terms of Relaxation tension modulus (E) . I also have prony series in terms of shear modulus (G). My bulk modulus is constant(K).
As far as I can understand the abaqus manual, I can use in this case , * Elastic option with * Viscoelastic option.
*Elastic, Moduli= Instantaneous
Youngs' modulus (E at time= 0 from expression for E), Poisson's ratio (nu, poisson's ratio as defined from instantaneous modulus and bulk modulus using elastic relations)
*Viscoelastic , TIME = PRONY
(line 1:)
g1(RATIO OF G1/G0 where G1 is the first term in Prony series for shear modulus and G0 is the long term shear modulus), k1=1( K1/ K0=1 since my bulk modulus is constant), tau1
(line 2:)
g2, 0 (since all other terms in bulk modulus series are zero ), tau2
etc etc
Am I thinking right ?
Please let me know
Peeyush