FEA helps improve the design and accuracy of TLS offshore containers by simulating hazardous or destructive load conditions and failure modes, allowing engineers to understand the physical response of the system.
Here are some of the advantages that FEA brings
In summary, Finite Element Analysis (FEA) plays a crucial role in improving the design and accuracy of TLS temporary refuge (TR) shelter and blast resistant unit by simulating hazardous load conditions and failure modes.
Written by Oliver
The FEA can help all these professionals in the development of parts and products. It will help them to make decisions at all stages of product development and answer questions such as:
By using FEA from the start of the development process, you save time and money because FEA allows you to find the right solutions at the product design stage.
In today's industries, FEA is now one of the key activities in developing efficient products. Nobody questions the usefulness and power of such a tool.
In the design of shelters, explosion-proof containers, if they are designed exactly in accordance with the content of the standard, the design of the shell often does not meet the requirements of the type test. Experienced design engineers, on the other hand, design based on practical experience, and although the designed explosion-proof housing can meet the type test requirements, the weight of the housing is generally heavy and the material and transport costs are high. The use of finite element analysis for design, can effectively shorten the design cycle, while reducing material costs, perfect to meet the application standards, so that new products can be quickly marketed.
TLS will take full advantage of the FEA to design and manufacture shelters and blast resistant containers to suit each customer's individual requirements
Written by Oliver