Global competition, fuel efficiency, warranty issues, federal safety & emission requirements, and U.S. customer vehicle preferences have deeply influenced the market trends in U.S. automotive industry. These business issues brought more vehicle models to the market.
The failure mode of component sets limit to engineering design. Therefore, Failure Mode Analysis should be part of the engineering design and manufacturing process. The two major engineering tasks in component applications are to perform Failure Analysis (FA) and Failure Mode and Effects Analysis (FMEA).
AEG offers a wide variety of Rubber Products Manufacturing Capabilities to facilitate new product/part development. Anti-Vibration Parts, Automotive Rubber Parts, Belts, Bellows, Bushes, Couplers, Dampers, Elastomer Parts, Elastomeric Metal Seals, Engine Mounts, Formed Rubber Parts, etc
AEG is focused on being the best engineering resource for product development, product design and manufacturing. AEG will efficiently utilize advanced engineering material and design technology combined with our extensive experience to provide our customers with the right product manufacturing solutions for the customers.
Looking for a reliable and cost-effective solution for sealing in fuel cell thermal cycling environments? Look no further than the nanocomposite double lip seal from American Engineering Group! This innovative seal, based on the latest in nanotechnology, offers superior resistance to creep and fatigue, excellent chemical and UV resistance, and more. Read on to learn how this exciting new technology can help you optimize your fuel cell stack design and achieve maximum performance and efficiency.
Are you interested in learning about the latest advancements in tire design? In this blog post, we will explore the use of tire modeling and foot print analysis in optimizing tire performance. From finite element analysis to simulation, we will delve into the various techniques used by researchers to create high-performance tires