The ability of ABAQUS Standard to obtain a non-steady implicit solution to the problem of cold roll forming a channel section is investigated. A solution can be found with careful selection of parameters, but solutions are unacceptably slow for commercial use. The implicit solutions show buckling on the first pass that does not develop into an edge wave, in contrast to a published explicit solution. Faster solutions to steady rolling can be obtained using ALE models that permit convection of stress in the direction of rolling
To investigate roll bite behaviors in cold foil rolling process, a 2D elasto-plastic finite model is...
peer reviewedSimulations of industrial roll-forming processes using the finite element method typica...
The conventional design of forming rolls depends heavily on the individual skill of roll designers w...
Cold roll forming modifies the mechanical properties of thin-walled profiles by strain hardening. Th...
The finite element (FE) method is a powerful tool for simulating industrial metal forming processes ...
Cold roll forming modifies the mechanical properties of thin-walled profiles by strain hardening. Th...
THESIS 7577This thesis investigates a cold forming process called Form Rolling. Form Rolling is an i...
In this work, a new mathematical model for cold rolling processes is presented. Starting from the go...
Finite element analysis (FEA) of nonlinear problems in solid mechanics is a time consuming process, ...
Roll forming is an incremental bending process for forming metal sheet, strip or coiled stock. Altho...
In order to implement rapid prediction of edge defects in the cold roll forming process, a new analy...
peer reviewedIt is well known that the cold-forming process is likely to significantly enhance the ...
Abstract: A finite element analysis was developed to determine thermomechanical behaviours of strip ...
Cold roll forming (CRF) is a well-known continuous manufacturing process, in which a flat strip is d...
One of the first questions to consider when designing a new roll forming line is the number of formi...
To investigate roll bite behaviors in cold foil rolling process, a 2D elasto-plastic finite model is...
peer reviewedSimulations of industrial roll-forming processes using the finite element method typica...
The conventional design of forming rolls depends heavily on the individual skill of roll designers w...
Cold roll forming modifies the mechanical properties of thin-walled profiles by strain hardening. Th...
The finite element (FE) method is a powerful tool for simulating industrial metal forming processes ...
Cold roll forming modifies the mechanical properties of thin-walled profiles by strain hardening. Th...
THESIS 7577This thesis investigates a cold forming process called Form Rolling. Form Rolling is an i...
In this work, a new mathematical model for cold rolling processes is presented. Starting from the go...
Finite element analysis (FEA) of nonlinear problems in solid mechanics is a time consuming process, ...
Roll forming is an incremental bending process for forming metal sheet, strip or coiled stock. Altho...
In order to implement rapid prediction of edge defects in the cold roll forming process, a new analy...
peer reviewedIt is well known that the cold-forming process is likely to significantly enhance the ...
Abstract: A finite element analysis was developed to determine thermomechanical behaviours of strip ...
Cold roll forming (CRF) is a well-known continuous manufacturing process, in which a flat strip is d...
One of the first questions to consider when designing a new roll forming line is the number of formi...
To investigate roll bite behaviors in cold foil rolling process, a 2D elasto-plastic finite model is...
peer reviewedSimulations of industrial roll-forming processes using the finite element method typica...
The conventional design of forming rolls depends heavily on the individual skill of roll designers w...