Articles About optimization

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1 Six Key Elements of Gearmotor Optimization (August 2017)

How to Ensure Reliable Performance, Increased Efficiency and Lowest Total Cost of Ownership.

2 Influential Criteria on the Optimization of a Gearbox, with Application to an Automatic Transmission (September 2018)

In the design of an automatic transmission gearbox, the variation of one parameter can result in different system performances due to the strong interdependencies among all components. For given transmission ratios, component lifetimes and safeties, or space restrictions, improvements in efficiency, noise, and weight can be achieved.

3 Holistic Simulation of Gearboxes - System Simulation (August 2018)

Gearboxes are important assemblies within mechatronic systems. During the design phase of such systems it is essential to know the gearbox behavior under consideration of dynamic interactions with its environment. Holistic system simulation helps the engineer to understand this and to improve, adjust, or optimize gearboxes and their application.

4 Thermal Analysis and Optimization of Gearboxes by Simulation (December 2018)

With the increasing mechanical power capacity of gearboxes, the thermal power limit tends to become the limiting factor. To achieve a balanced system, the gear unit needs extra cooling. Using a fan that is mounted to a fast rotating shaft is a common solution. For this solution an optimal design is investigated.

5 The Modified Life Rating of Rolling Bearings: A Criterion for Gearbox Design and Reliability Optimization (March 2015)

Engineers typically learn that the bearing L10 life can be estimated using the so called “C/P method” — or the “basic rating life” of the bearing, a method rooted in the 1940s. Major developments have since led to the “modified rating life,” released in ISO 281:2007, which includes the aiso life modification factor. In this paper a succession of equations used for bearing life ratings are reviewed, and current bearing life rating practices are discussed in detail. It is shown that — despite the introduction more than 30 years ago of the adjustment factor of the basic rating life, and the standardization in 2007 of the aiso modification factor — use of these improved calculation methods are not practiced by all engineers. Indeed — many continue referring to the old model as a way of seeking compliance with existing, established practices.

News Items About optimization

1 AKGears Unveils Latest Tooth Root Fillet Optimization Software (April 14, 2015)
AKGears recently introduced the only commercially available tooth root fillet optimization software that defines the tooth root fillet pr...

2 Excel Gear Launches Gear/Gearbox Optimization Software (October 21, 2010)
Excel-Lent gear/gearbox design and analysis software has been developed by Excel Gear, Inc. and written in Visual Basic.Net. This softwar...

3 Hydraulic Institute Announces Pump System and VFD Optimization Course (March 11, 2016)
Industrial Electromechanical Repair Services (IER), in conjunction with WEG Electric Corporation, will conduct a full-day Pump Systems Op...