CAE Verification

Production CAE Verification is the broad usage of computer softwares to solve engineering problems related to design, analysis and product manufacturing. It involves:
  • Computer- Aided Manufacturing (CAM): Managing the manufacturing process of the automotive industry by using computer soft
  • Computer- Aided Design (CAD): Use computer software for drafting and modeling design.
In the times of increasing global competition especially for the aerospace and defense industries in the USA and India, it is increasingly important for the contractors to win new orders and for doing so being able to demonstrate, in an auditable and efficient manner, that program requirements are achieved through successful test definition, planning, simulation and execution.
In order to achieve customer acceptances and successful product launches, it is significant for the manufacturers to verify that the product requirements have been fulfilled throughout the stage of the development and designing of its products.

DEP (Detroit Engineered Products) provides users in India and USA with set of tools and processes to dramatically reduce the time and efforts it would otherwise take to obtain parametric optimization. It provides the manufacturers an ability to manage the requirements; plan and schedule verification activities, perform CAE analysis, configure and manage test articles and confirm requirement compliance towards the goal of achieving parametric optimization.
In the automotive industries, It will be necessary to verify whether a cost reduction can be achieved for the entire cost including the production cost, parallel with material cost reduction by controlling flaws and reducing product weight. This can be carried out by DEP (Detroit Engineered Products) CAE verification, by the means of which the Flaws of conventional components are checked by inspection and the shrinkage cavity indicator of optimized components is improved compared with conventional components and the parametric optimization is achieved. Read More

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