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Our CAE engineers will comprehensively test your product in virtual world that accurately predict product performance in real world. Stresses, deflection, stiffness, natural modes, energy-absorbing, fatigue life, crack growth rate, everything can be accurately predicted by FEA. By using our CAE analysis services yon can save time and money due to shorted design cycle and less physical prototypes.
ENGINEER BASED ON DATA NOT GUESS
Would you like to know what maximum load your product can withstand without plastic/permanent deformations or what’s the failure load? We offer static and dynamic (impact,crash) analysis including material nonlinearity, contact prediction between parts and influence of temperature. Depends of material type like metals, plastic, composites we choose right materials models to accurately predict it’s mechanical properties, stiffness and strength
Is your product subjected harmonic load from rotating equipment or random vibrational load due to roughness of the road? Knowledge of structure dynamic behavior under such load is crucial to design durable and quite product. By modal analysis, time response analysis and frequency response analysis we are able to predict vibration level, risk of resonance, noise and durability.
Structures where cracks and defects are developed during manufacturing process especially in casted and welded structures often requires damage tolerance analysis to predict fatigue crack growth rate and remaining fatigue life. By FEA we can take into account present of cracks and during design process improve structure to provide required service life.
To guaranty product functionality for required period without excessive maintenance or repairs it has to be design properly. Using FEA analysis we can predict fatigue life prior to physical testing by Low-cycle fatigue, high-cycle fatigue, vibration induced fatigue or Thermo-mechanical fatigue
Structures subjected to compressive load often experience buckling failure (sudden loss of stability or sudden change in shape) usually without prior plastic deformations. Finite Element Analysis offer perfect tool for virtual prediction of such failure mode. SimDes use linear, geometry nonlinear, material nonlinear analysis with modeled real world imperfections to give you confidence that your produce is able to withstand required load.