FEA Analysis

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FEA Analysis

Techumesh's Finite Element Analysis (FEA) services are crucial for durability, dynamics, and strength analysis in various projects. We specialize in design optimization, failure analysis, product development, and simulating service loading conditions using advanced modeling software. Our FEA validates materials, designs, and product behaviour under different operating conditions, ensuring reliability and performance optimization.

imageOUR SERVICES

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Structural analysis

Techumesh's structural analysis services focus on assessing the impact of external forces on static structures like construction and machine components. Our skilled engineers ensure fatigue safety requirements are met and rectify structural failures through vibration and lifting analyses, enhancing overall design reliability and performance.

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Heat Transfer Analysis

Heat Transfer and Thermal Analysis are vital for modern design processes, impacting strength, performance, and temperature levels. Utilizing tools like FEA and CFD, we provide crucial insights into fluid flows, temperature management, and heat dissipation for various applications, from electronic components to renewable-energy projects.

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CFD Analysis

Techumesh offers a comprehensive suite of CFD services addressing complex challenges in heat transfer and fluid flow. Our experienced engineers provide precise solutions, conducting detailed analyses and iterative studies to refine systems/components, ensuring they meet intended goals seamlessly.

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MODAL Analysis

Techumesh provides Modal Analysis services in structural engineering, unveiling a structure's dynamics by studying natural frequencies and mode shapes. This crucial aspect helps design safe, functional, and cost-effective structures, employing numerical methods like finite element analysis for complex equations of motion.

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Dynamic Analysis

Techumesh offers Dynamic Mechanical Analysis (DMA) to characterize non-metallic material properties. DMA test procedures measure mechanical and thermal behaviour in solids, liquids, and polymers, providing insights into modulus, damping, and viscoelasticity parameters crucial for various applications.

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