Creep

2D single element tests subject to secondary creep (Norton law):

- plane stress with constant uniaxial load

- plane stress with constant applied uniaxial displacement

- plane stress with constant biaxial load (3 different ratios)

- plane stress with constant applied biaxial displacement (3 different ratios)

- plane strain with constant unequi-biaxial load

- plane strain with constant applied unequi-biaxial displacement

3D single element tests subject to secondary creep (Norton law):

- with constant unequi-triaxial load

- with constant applied unequi-triaxial displacement

axisymmetric multi-element test subject to secondary creep (Norton law):

- internally pressurised thick hollow cylinder

2D single element tests subject to primary creep (Norton-Bailey law):

- plane stress with constant uniaxial load

- plane stress with constant uniaxial stepped load

- plane stress with constant applied uniaxial displacement

- plane stress with constant biaxial load (2 different ratios)

- plane stress with constant biaxial stepped load (2 different ratios)

- plane stress with constant applied biaxial displacement (2 different ratios)

3D single element test subject to primary creep (Norton-Bailey law):

- with constant unequi-triaxial load

2D single element tests subject to combined primary and secondary creep:

- plane stress with constant uniaxial load

- plane stress with constant uniaxial stepped load

- plane stress with constant applied uniaxial displacement

Available From:

R0027

R0049 (subset of above)

R0080 (subset of above)


3D multi-element test subject to secondary Norton creep:

- torsional creep of long prismatic circular shaft under uniform twist held constant with time

- torsional creep of long prismatic circular shaft under uniform twist steadily increasing with time

3D multi-element test subject to primary creep (Norton-Bailey law) with time hardening:

- torsional creep of a square shaft under constant twist

- torsional creep of a square shaft under steady twist rate

2D plane strain thick cylinder under temperature transient followed by fluctuating internal pressure:

- both elastic-plastic and creep behaviour over 4 stages; non-proportional loading

Axisymmetric multi-element test subject to temperature-dependent secondary creep (Norton law):

- thick hollow cylinder with temperature gradients and thermally dependent creep laws

Available From:

R0026

R0030

R0049 (subset of above)

R0080 (subset of above)



This site uses cookies that enable us to make improvements, provide relevant content, and for analytics purposes. For more details, see our Cookie Policy. By clicking Accept, you consent to our use of cookies.