Finite Element Analysis, Modelling and Simulation
Finite Element Analysis (FEA) is a computational method for analysis of bodies by means of established physical laws that govern the mechanical response of structures that are subjected to various loading conditions.
FEA uses the concept of meshing or subdivision of a structure into small local virtual cells in which calculations such as deformation and stress resultants take place. The amalgamation of all the local resultants of each such ‘cell’ is added by various mathematical algorithms to produce a global response of the whole structure.
FEA results can be presented as plots of deformed structure, simulations (an animation of the event) and by graphical or text based form. Thus, a quick and powerful method allows interrogation of any structural form to be assessed for its integrity when subjected to wide variety of loads.
The principal methods of Finite Element Analysis can be used for a wide variety of applications such as Static and Dynamic response, Thermal analysis, Natural frequency determination and Modal response.
Structural design and Analysis of traditional and innovative structures in Steel, Concrete, Masonry, Timber and Composite Materials
Implicit Finite Element Analysis of a two storey steel cooler support structure
