Shin Gwangbok et al.: Finite element analysis

A finite interpretation is to use the computer to solve physics and engineering problems, and as we enter modern industry, computers are applied to almost every field. Especially in the field of engineering where expertise is required, such as design and interpretation of products, is being created. They are investing in reducing the trial and error of the product development process and reducing the cost of development time and use. For this, design's culture and modularization and productivity are being used as important variables, but even more importantly, it is about acquiring the durable and secureness of products in a short time. In the past, the design and safety of products has been evaluated by the creation of prototypes and the change in design that reflects the results has repeatedly been done to improve the quality of products, increasing their development and cost to businesses, thus adversely affecting their competitiveness. To compensate, performance evaluation techniques have been developed on computers and a lot of advanced use interpretation programs have been used by engineers at product development site to use the finite elements as design material. This has contributed to the reduction of the development and cost and quality of the product. But in various engineering matters, to achieve high-trust readings, you need to accumulate basic understanding and interpretation experience of finite fundamentals.

Korean title: 유한요소해석

Korean author: 신광복 외

Korean publisher: 교문사

ISBN-13: 9788936321499