LIFT, the Department of Defense-supported national advanced materials manufacturing innovation institute, operated by the American Lightweight Materials Manufacturing Innovation Institute (ALMMII), today announced that it will introduce its new state-of-the-art Advanced Metallic Production and Processing Center (AMPP) in the new year solving a critical gap in addressing advanced materials challenges across the U.S. industrial base.

Nord Drivesystems offers a full, comprehensive range of after-sales services and support to ensure efficient performance and longevity of their products. Services include commissioning, maintenance, spare parts management, digital solutions, and more. They also provide self-service options, with FAQs addressing common inquiries via easy, 24/7 online access.

Tooth contact analysis is an integral part of the gear design process. With the help of these simulation tools, it is possible to calculate the excitation caused by a tooth contact (Ref. 1). Usually, the load-free transmission error or the total transmission error under load is used for this purpose. However, the calculation with the tooth contact analysis ZAKO3D allows only a quasi-static consideration of the excitation. To better evaluate the behavior in the overall system, it is therefore necessary to perform a dynamics simulation. However, the main disadvantage of such dynamics simulations is the much longer computing time compared to quasi-static tooth contact analyses due to the high computational effort.