Once you solve a fracture application with StressCheck®, you won’t want to use another FEA tool for that purpose again. You will experience ease of use, realize superconvergent extractions and receive the high definition feedback you need to guarantee the reliability and accuracy of the computed stress intensity factors (SIF) and energy release rates (ERR).
Fracture Mechanics Applications
When 3D surface flaws in complex parts need to be analyzed, StressCheck® is the logical choice.
StressCheck® is ideally suited for damage tolerance and forensic engineers who need the best representation of 2D or 3D SIF’s, ERR’s and beta factors for input in sophisticated crack growth simulations, or when analyzing repairs for mitigation of cracks.
Toggle to view a key application
Damage Tolerance with Contact Analysis
The influence of hole propping, load transfer and component interaction is critical in the computation of sensitive fracture mechanics parameters. Easily incorporate the effects of contact into your damage tolerance analysis.
Applicable products:
Case studies:
Learn more about case studies in damage tolerance with contact analysis.
Forensic and Damage Assessment Analysis
When performing forensic investigations into flawed or failed components, a software like StressCheck® is needed to accurately simulate ANY crack location, size, shape and path in 3D CAD designs. Don’t limit your investigation and miss a critical detail.
Applicable products:
Case studies:
Learn more about case studies in forensic and damage assessment analysis.
Crack Trajectory and Tendency Analysis
While StressCheck® does not perform stand-alone crack growth or propagation, it provides essential functions needed to predict crack trajectories and growth tendencies. Cracks can be parametrically controlled or driven by external API’s.
Applicable products:
Case studies:
Learn more about case studies in crack trajectory and tendency analysis.
Interested?
