Finite Element Analysis
FINITE ELEMENT ANALYSIS
We offer a wide range of Finite Element Analysis services for various industries to tackle complex challenges in finding the products functionality and efficiency. FEA allows our clients to understand how their product is behaving under various types of loads and clearly shows the potential areas that need design improvements for better functionality in real-world conditions. The key advantage here of our services helps reduce product development cost, as the problems are identified within the design phase, saving a lot of time and cost involved in prototyping and physical testing.
Advanced Finite Element Analysis Expertise
Our team of experts can provide:
Non-Linear analysis
Systems that undergo various motions and operations are subjected to varied loading conditions in different places. Non-linear analysis help find the characteristics of the system when subjected to varying loading conditions.
Modal and frequency analysis
Modal and frequency analysis determines the vibrational characteristics of a system when subjected to a certain frequency. Vibration measurement from a car when subjected to shaking, and the noise patterns from a loudspeaker in a controlled environment.
Transient and dynamic analysis
A technique used to determine the response of a structure in a dynamic loading environment where loading is time-dependent. The pattern or frequency of different loading conditions and associated inertia and/or damping effects are measured.
Implicit and explicit analysis
Structures are analyzed using implicit and explicit analysis methods, where the component/structure is considered to be unconditionally stable in implicit, and only conditionally stable with some defining factors in the explicit.
Steady-State and transient thermal analysis
Structures are analyzed for their ability to transfer heat and the characteristics of changes when subjected to constant and varying heat supply.
Parametric and optimization analysis
Also called sensitivity analysis, it is the analysis of the effect of different geometric, structural, or physical parameters on everything to solve a particular problem.
Fatigue and fracture analysis
We do fatigue analysis to find the maximum allowed forces on a structure is subjected to recurring loading and unloading sequences, to ensure the design’s threshold is more than the maximum allowed load.
Composite analysis
Different composite materials are used in different products. To make sure the intended purpose of the product is fulfilled without failure, each composite material used in the product design is individually tested. This ensures a robust design structure.
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