Tesla offers Mechanical Engineering Analysis Services that enable our clients to reduce project timelines, optimize their design and engineering process, and lessen costs that ultimately results into an increase in their efficiency and widen their market share. We assist our clients in analyzing kinetics and vibrations for the mechanical systems and aid in the selection of appropriate material.
Our Mechanical Simulation Services that combine 2D or 3D design with Computational Fluid Dynamics (CFD) Services and Finite Element Analysis (FEA) Services allows us to speed up the design iterations along with exploring several what-if situations in order to achieve an optimal design. These are particularly useful in pressure vessel design, etc.
We carry out complex Finite Element Analysis (FEA) Services such as buckling, stress-strain, thermal, fatigue, drop test, post-buckling, and damage progression. We can carry out the analysis of the product behavior and envision creep and failures in close coordination with the design engineers. This enables us to optimize the product design.
Our Computation Fluid Dynamics (CFD) Services include analysis and optimal design of components, flow mixing, thermal modeling and heat transfer, transient and steady-state simulations, fluid-structure interactions, multi-phase flows, optimal turbulence modeling approaches, etc. These CFD Services have various industrial applications such as machine cooling, chemical mixing, etc.
Mechanical Engineering is an engineering division that deals with the design, production, and upkeep of mechanical systems. Mechanical Engineering Analysis Services has become particularly important as it results in optimal design of the mechanical system and acts as a prevention to the failure of the systems.
Finite Element Analysis (FEA) and Computational Fluid Dynamics (CFD) are methods of Simulation. FEA is used for solid part or product design. It deals with prediction and correction of future problems such as creep and cracking, selecting appropriate material based on its functionality and other environmental factors; thereby optimizing the overall design. CFD, as the name suggests, is a simulation that helps the prediction of fluid flow patterns for single as well as multiple flows. It calculates the pressure and velocity of the fluid within the flows (laminar as well as turbulent flows) and its thermal effects.
Tesla assists you in performing engineering analysis and provides you with internal guidance to a project. Starting with Finite Element Analysis and Computational Fluid Dynamics, Tesla provides you with the whole analysis report before the designs become operative. Our clients are satisfied having associated with us due to the following: