Your concept looks great on paper, but will it stand loading conditions in reality? You are sure that the design you have in mind will withstand the structural loading, but how will the product behave when both thermal and structural loading occur simultaneously? You have a tight budget; would you like to reduce the amount of experimental testing? R RADIANT ENGINEERING (R RADIANT ENGINEERING) can help you solve these problems and meet your product requirements through detailed product testing
Finite Element Analysis (FEA) improves product quality, and is now extensively used in the industry to verify, validate or test design, and is proven to reduce design cycle time significantly by eliminating errors. It increases product reliability through running a greater number of test cases / design configurations and helps increase confidence in a product's performance
Using simulation effectively will streamline the product development process and help turnaround a greater number of products within the same amount of time when compared to the traditional design process.
At R RADIANT ENGINEERING, we have a team of qualified and experienced mechanical engineers who are capable of conducting various types of analysis such as structural (fatigue, strain, stress, and deformation), thermal (radiation, conduction and convection) fluid flow (velocity, pressure and flow) and coupled field analysis. We have worked with several global engineering companies and have provided a wide range of FEA solutions to them. A few examples of our work are listed below -
We also work with our customers to find feasible design solutions. By integrating FEA into the design process, optimization of materials used can be done with ease. Companies in the aerospace, automobiles and biomechanical industries use our FEA services to understand how structures bend, twist or experience stress. Our FEA services include suggesting design options based on FEA results as well.
The mechanical engineers at R RADIANT ENGINEERING have a rich experience of over ten years in solving complex mechanical engineering analysis challenges, such as coupled field analysis and explicit dynamics. Moreover, they are well-versed in using FEA in mechanical designs. With in-depth product development knowledge, real world experimental testing skills and software tools expertise, you can rest assured that the FEA solutions our company provides come with a high degree of confidence and understanding.