P-method nonlinear finite element method structural analysis system 'StressCheck'
StressCheck
- General-purpose P-method nonlinear finite element analysis system for designers - StressCheck
We provide a detailed explanation at our free trial seminar. Please visit our company website or contact us directly. ● The biggest advantages of P-method FEM and conventional H-method FEM ● Demonstration of the features of the new general-purpose P-method nonlinear FEM analysis system, StressChcek ● Adaptive P-method FEM and Adaptive H-method FEM (Global method, Local method) ● PAM Complete solid automatic meshing ● Practical applications of P-method nonlinear FEM: various material nonlinearities, large deformations, boundary contact analysis, ultimate load check analysis, composite material analysis, fracture mechanics analysis ● Demonstration of practical application cases in various industries, particularly in the general machinery industry, aerospace industry, and electronic device industry. ● Hands-on experience with StressChcek (machine usage)
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basic information
**High-Precision Adaptive P Method** Everything is nonlinear. In 'StressCheck', based on research into the world's cutting-edge P method FEM and adaptive P method technology, we have achieved the world's first various P method nonlinear analyses. This allows for a consistent and unified P method mesh division model, the same boundary conditions, and the same post-processing to be used for standard linear analyses, thermal conduction, buckling analyses, and parametric analyses, as well as for high-precision nonlinear analyses that pursue broader phenomena as desired by designers. We have almost eliminated the difficulties associated with nonlinear analyses in conventional FEA programs, making nonlinear analysis more accessible to design engineers. **Fully Integrated Parasolid CAD** To pursue practical ease of use, we support a CAD integration environment. The integration of the Parasolid solid modeling kernel has significantly improved CAD integration capabilities. Additionally, it is possible to import/export geometry and finite element models, as well as share engineering analysis results with other programs.
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Applications/Examples of results
[Examples of Overseas Users] Dr. David John Barrett (Representative of NAVAIR Aircraft Technology Division), Dr. Manfred Heller (Representative of DSTO Structural Mechanics), Dr. Alten Grandt (Purdue University), Engineering Solutions (AP/ES), Lloren Llopart Prieto (EADS), Dr. John Russell (Boeing), Dr. Stephen P. Engelstad (Lockheed Martin Aeronautics), Air Force Research Laboratory (AFRL)…etc.
Company information
Applied Design Co., Ltd. (abbreviated as ADA) is an engineering software company that utilizes "Advanced Technology" and a "Global Network" to aim for the "popularization of simulation" and the "automation of design and production technology." Specifically, we engage in the import, sales, and support of CAE (Computer Aided Engineering) software, particularly focusing on practical analysis consulting services related to FEM (Finite Element Method) utilization technology, as well as the development of our own advanced analysis simulation software.
