The use of Computational Fluid Dynamics (CFD) to resolve engineering challenges has been phenomenal in the last decade. Engineers are progressively relying on computational models to evaluate their product design, expecting sizeable reduction in the product development cycle. Despite the horde of advantages the CFD approach offers, there has been severe criticism on taking the simulation results for granted.
Smart materials are materials that react to changes in the environment and consistently repeat recurring behavior. In the auto industry, there have been some recent breakthroughs in using shape-memory alloys and polymers which have numerous application opportunities including in the automotive, medical, aerospace, electronics and appliance industries.
Computer aided design - CAD, has brought about a revolution in the way designers function. However, does using CAD guarantee better designs?
Description: Popularity of using Computational Fluid Dynamics - CFD for problem identification and mitigation has increased. The analysis technique is now used as a part of the standard design testing methodology for all types of mechanical designs.
Finite Element Analysis (FEA) is a technique normally conducted by software to produce models of materials or designs that can then be subjected to virtual stresses.
Even the smallest change in the shape, material and design of a car body affects its aerodynamics. If a car is aerodynamically designed keeping in mind the purpose of the automobile and environment in which it is going to be used, provides better visibility to the driver, helps the vehicle pick up good speed instantly & reduced fuel consumption.
This article is a study about flue gas oxygen and combustibles, and variable air - fuel pre-combustion flows to enhance combustion efficacy of industrial boilers, steam generators, furnaces, ovens, smelters, and process heaters using flue gas analysis.
Pumping platforms utilizing pumps and compressors are known to often vibrate, causing damage to the entire equipment and affecting the production. It is crucial to consider vibration as one of the important factors while designing the platform structure, as the entire high powered mechanical equipment is supposed to rest on it.
Aircrafts involve the use of complex and advanced engineering devices, making them bulky and excessive fuel consuming mobility machines. The challenges today in the aviation industry is to reduce as much weight as possible; as every single pound of weight reduction directly affects fuel consumption and cost effectiveness.
