The vehicle engineering industry has gone through a revolutionary phase with the CAD and CAE advancements, and now engineers can conceive designs and test cars, trucks, buses, motorcycles, etc in a way like never before. For More Information Visit at http://www.hitechcae.com
1908, the year when mass production of cars began; no one ever imagined that automobile industry would come this far! From mind-blowing designs to futuristic and smart technologies; this industrial sector has been a witness to various endless innovations!
The major industrial revolution is already here, as computers increasingly take charge of product development and manufacturing processes. Computer-aided simulation techniques have seen a remarkable growth over the past decade, and their global adoption has revamped the manufacturing industry.
Nearly 30% of the total global warming emissions in US are produced by automobiles. 60% of which comes from cars and light trucks. With around three billion vehicles, estimated to be on road in a few years, it has become imperative to concentrate on reducing CO2 emission in automobiles and drafting sustainability solutions for the automotive industry.
Simulation is an integral part of today’s product lifecycle management (PLM) systems, allowing collaboration among analysts, engineers and designers, and fostering productivity by providing the right information to the right user.
Outsourcing: A Profitable Decision for the Automotive Industry - It has become mandatory now for manufacturers to look for cost-effective strategies to ensure a profitable business. While many European car makers choose to shed off several design activities to local engineering firms, the amount of benefits from this strategy is limited.
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.
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.