Finite element analysis software saves both time and effort of the engineers.
On the other hand, prototype tests as compared to FEA do not provide numerical calculations which make the product development process quite longer. This method uses mathematical calculations to solve the problem areas of an object, thereby saving engineers the time and effort required to build a physical prototype. It has the capability to identify where a problem can occur in a product or an object. The very first development of finite element analysis for real applications began in the 1950s.įinite element analysis is important as it plays a major role in the product design and development process. This method was then developed by engineers from various industries around the world thereby helping the user to solve a large number of structural mechanic problems, basically in civil engineering and aerospace. There are some theories which state that finite element analysis has its roots from the 16th-century work of Euler, which is the earliest mathematical paper describing the technique date back to Shellback’s work of 1851.
Importance of Finite Element Analysis or FEAįinite Element Analysis is the basis of modern software simulation with the results shown on a computer-generated color scale.
