FEA ANALYSIS
Structural stress analysis based on FEA
Using FEA to perform stress analysis has many advantages over conventional manual calculation methods, the most important of which is that the entire structure is modeled, loaded and restrained as it is in real life. FEA is able to directly simulate load, deflection and stress distribution across the entire structure and is able to account for the complex effects of material, geometric and contact nonlinearities. FEA stress analysis gives a complete description of the performance, strength and stiffness of the structure, rather than the slightly limited details that are provided by manual calculations.
Stress analysis based on FEA enables comprehensive modeling and efficient optimization of complex structural behaviors such as material fatigue and creep.
Most practical stress analysis based on FEA uses linear material models with nonlinear contact. Results Engineering offers a full range of capabilities including highly nonlinear materials such as rubber and composites, complex contacts, and complex large-displacement problems. Results Engineering also has full experience in performing structural analyses using modern FEA methods for numerous construction standards (ISO, BS, ASCE, ASME, MIL, DIN).
Stress Analysis
Typical applications for analysis:
Structures and building components
Industrial structures
Automotive industry components
Structures of construction engineering
Equipment for amusement parks
Rail Industry Components
Marine components
Safety critical mechanical components
Example Videos
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