Finite Element Analysis is the determination of the effects of loads on physical structures and their components. It can include a big or small structure made of rolled sections or it may be a machined component transferring loads.
Computational Fluid Dynamics uses numericalanalysis to solve and analyse problems that involve fluid flows. Applicationcan be flow of fluids inside a pump. Sump analysis also can be performed foroptimum performance of pump.
Elevated temperatures can affect the associated components. Thermal analysis can detect the problem as well as provide a solution to the problem. Thermal analysis can be done on motors, bearings or switchgears etc.
Modal Analysis is carried out on structures or components which are subjected to forced vibrations or natural vibrations due to attached machineries. An important parameter called Natural Frequency can be worked out in Modal Analysis for dynamic loadings.
Analysis involving movement of systems of interconnected bodies under the action of external forces. Analysis of piston cylinder arrangement of other mechanisms involving movement of connected bodies can be efficiently analyzed.
Foundation of any mechanical or civil structure can be analyzed using FEA. Design modification depending on the results obtained can be suggested.
In electrical engineering, both Electromagnetic and Electro thermal analysis can be performed. Electromagnetic analysis areas include Induction motors, metal braids, hydroelectric generators etc. Electro thermal analysis can be performed on lithium ion batteries, motors etc.
Efficient analysis of plastic mouldflow of casting are performed. Optimization of mould design based on theobtained results are performed very experienced engineers in respective fields.
We also taking outsource jobs forengineering drawing. Digitization of hard copies to Auto CAD drawings, 3Dmodeling and 2D drawings.