Are machining-induced residual stresses causing unacceptable distortion? Need to simulate the influence of cold working sequence for a given hole pattern? Residual stresses (RS) can have a significant impact on the strength, durability and damage tolerance of metallic and composite parts. In the past, reliably simulating RS effects was challenging due to extreme stress gradients, especially in lightweight components.
Residual Stress Applications
RS effects can be beneficial, such as life extension by cold working one or more fastener holes, or detrimental, such as distortion leading to expensive re-working or rejection of large, lightweight manufactured parts. Are you in good shape?
Schedule a Residual Stress Demo
Would you like a no-cost demonstration of our residual stress and distortion prediction engineering application solutions? Complete our Request an Engineering Application Demo form and we will get back to you shortly.
Residual Stress Application Focus
The following are typical residual stress analysis applications which are routinely performed in StressCheck Professional:
Linear Elasticity Solver
Non-Linear Solver
Cold Working Solver
Linear Elasticity Solver
Bulk Residual Stress (BRS) Module
Subsurface Residual Stress (SRS) Module
Linear Elasticity Solver
Fracture Mechanics Module
MeshSim Advanced Automesher
Bulk Residual Stress (BRS) Module
Subsurface Residual Stress (SRS) Module
Would you like to schedule a Residual Stress Analysis Demo?
Would you like to learn more about our features and solutions for cold working and residual stress analysis applications? Schedule a Residual Stress Analysis demo with us by completing the below form and we’ll contact you as soon as possible. Thank you!
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“Hearty congratulations to management and staff at ESRD on their 25th anniversary. The quality and capability of their software products are excellent. I hope that ESRD successfully continues for many more years with the fundamental principles of mathematical precision, numerical accuracy, and integrity in computational simulation.”
Dr. William Oberkampf
Author of Verification and Validation in Scientific Computing