Educating New Workers
The Foundation offers college scholarships to engineering students whose programs focus on gear technology and gear research. The guidelines and application are available at www.agmafoundation.org.
The Foundation links students to gear companies that offer internship opportunities. Contact us to have your company name added to the list.
The Foundation underwrote the development of a self-paced series of training modules (Fundamentals of Gearing, Gear Inspection, and Hobbing) that have provided more than 2,000 new and mid-level employees with an overview of gearing terminology and practices.
Training Engineers on Advanced Topics
The Foundation granted assistance to AGMA to develop curricula for two popular live courses: Detailed Gear Design: Beyond Simple Service Factors and Gearbox CSI: Forensic Analysis of Gear & Bearing Failures. The courses have trained more than 600 people over the past ten years.
Video-Based Courses Available Online Anytime
Grants from the Foundation created web-based versions of two popular courses: Gear Failure Analysis and Detailed Gear Design. In addition to taking the travel load off trainees, the web-based versions of these courses preserve the presentations by instructors Bob Erichello and Ray Drago for the future. 62 people have completed the trainings since they debuted in 2011 and 2012.
Published Book on Diagnosing Manufacturing Errors and Ghost Tones
A grant from the Foundation allowed the documentation of gear noise research and how-to’s for diagnosing errors and measuring deviations. The book, titled Performance-Based Gear Metrology, by William D. Mark, Ph.D, is for anyone interested in understanding how gear manufacturing errors and tooth damage cause transmission-error vibrations and noise.
Scientific Research to Advance the Industry
A Foundation-funded contaminated lubricants study at Columbia University is examining the influence of particle contaminants in order to propose solutions that save costs and extend gear life. Another Foundation-funded study at Ohio State University is developing models and contact patterns that predict micropitting.
Important work for the industry will continue thanks to your support. Please pledge to the Annual Campaign at www.agmafoundation.org.
AGMA Continuing Education Classes
AGMA has education classes throughout the country every the year, and staff has the opportunity to talk with a great many students. The students appreciate advanced training in gears, as many degreed engineers had only two or three weeks of gear training in school. Most learn on the job—in company training courses or from organizations like AGMA.
Over the past eight years, AGMA has steadily added to its advanced gear engineering course offerings to create the AGMA Advanced Gear Engineering Academy. In that time, more than 1,600 individuals participated in these courses, with some completing at least five of the seven courses offered. For these dedicated individuals, taking the Academy’s classes represents more than 100 classroom hours. It is quite an achievement and demonstrates real passion for continuing education in the gear industry. AGMA and the AGMA Education Advisory Council are pleased to recognize those who have accomplished this with an AGMA Advanced Gear Engineering Certificate.
The seven AGMA Advanced Gear Engineering Academy courses cover a large body of knowledge in gearing:
Gear Failure Analysis has been presented by gear failure analysis expert, Robert Errichello, for the last 20 years to sold-out sessions. The seminar brings together a vast amount of knowledge not available elsewhere to help solve everyday problems for a gear engineer, user, researcher, maintenance technician, lubricant expert, or manager.
Gear engineering expert Ray Drago presents Detailed Gear Design. This course, for advanced students with a good understanding of basic gear theory and nomenclature, covers all the factors going into good design from life cycle, load torque, and evaluating consequences.
Gear Manufacturing & Inspection, with Ray Drago, aims to narrow the information gap by providing gear design engineers with a good foundation in both manufacturing and inspection processes and procedures.
Gearbox System Design, with instructors Ray Drago and Steve Cymbala, addresses everything but the gears and bearings. It includes seals, lubrication, lubricants, housing, breathers, and other very important but less-mentioned details.
Gear Materials & Metallurgy, with instructors Ray Drago and Roy Cunningham, demonstrates how the gear design engineer and the gear metallurgist can work together to optimize the gear manufacturing process.
Gearbox CSI, with instructors Ray Drago and Joe Lenski, helps gear designers gain a better understanding of various types of gears and bearings. Students learn about the limitation and capabilities of rolling element bearings and the gears that they support so they can properly apply the best gear-bearing combination to any gearbox, whether simple or complex.
Bevel Gear System Design: Manufacture, Heat Treatment, Inspection & Application is presented by instructor Ray Drago and is a first-time offering for 2014. This practical approach for the Design Engineer pinpoints its focus specifically to bevel gears. This seminar addresses every aspect of the design and application of bevel gear systems.
Congratulations to the 2014 recipients of the AGMA Advanced Gear Engineering Certificate:
Navdeep Swach-ArcelorMittal Dofasco
Chuck J. Althausen-Advance Adapters Inc.
Chad Brown-Amarillo Gear Company LLC
Christopher N. Dale-Atlanta Gear Works Inc.
These four individuals join a growing list of AGMA Advanced Gear Engineering Certificate Holders. AGMA recognizes your commitment to professional development:
Robert F. Wasilewski-Arrow Gear Company
Frank E. Sultzman-Boston Gear
David A. Hamilton, Eng.-Unigear David Brown Systems
Tiffany N. Rolette-Philadelphia Gear – Timken Brand
Nicholas A. Dame-JoyGlobal
Liam Joseph Coen-GE Power & Water
Peter Sandoval, Jr., P.E.-JoyGlobal
Lineup Announced for the 2014 Fall Technical Meeting
The AGMA 2014 Fall Technical Meeting (FTM) provides an outstanding opportunity for you to receive the latest research in the field, network with your peers, and learn about latest methods and cutting edge technologies in the gearing industry today. This year’s FTM will be held October 12-14 at the Westin Crystal City just outside of Washington, DC.
The 2014 papers have been organized around the session topics of manufacturing and inspection, design calculations, gear drive components, gear drive design and application, and gear design. A preliminary list of papers is included below, and more details can be found on the AGMA website, www.agma.org.
These presentations are all about recent application-based research in the gear industry. Unlike many technical conferences where you have to choose which papers you want to hear, the FTM is designed for you to be able to hear all the presentations and take home practical information that may ultimately affect your company’s bottom line. 2014 FTM Sessions Include:
Session I – Manufacturing and Inspection
Molecular Decomposition Process: Electrochemical Assisted Precision Form Grinding
Joseph A. DeAngelo, Oberg Industries
Prediction of Surface Zone Changes in Generating Gear Grinding
Dr. Fritz Klocke, Dr. Markus Brumm, Dr. Jan Reimann, and Matthias Ophey, WZL RWTH Aachen
How to Conduct Surface Roughness Measurements of Cylindrical Gears and Bevel Gears on Gear Inspection Machines
G. Mikoleizig, Klingelnberg GmbH
Reliable Measurements of Large Gears
M. Stein, K. Kniel and F. Härtig, Physikalisch-Technische Bundesanstalt (PTB)
A Different Way to Look at Profile and Helix Inspection Results
John M Rinaldo, Atlas Copco Comptec LLC
Session II – Gear Drive Design and Application
IEC defined 60034-1 S1 …S10 Duty Types and their applicability to Gearboxes
Dr. Gerhard G. Antony, Neugart USA Corp,
A Case Study in a Practical Application of Smart Gearbox Technology
Adam J. Soder, Sumitomo Drive Technologies
Root Cause Analysis for the Problems Encountered and Systematic Suggestions to Resolve the Problems for Wind Turbine Gearbox
Mahendran Muthu and Rahul Nigade, Kirloskar Pneumatic Co Ltd.
The Efficiency of a Simple Spur Gearbox – A Thermally Coupled Lubrication Model
Athanasios I. Christodoulias, Andrew V. Olver and Amir Kadiric, Imperial College London, and Adam E. Sworski and Frances E. Lockwood, Valvoline/Ashland
Powerful Analysis of Wind Turbine Gearboxes with MDESIGN gearbox: What is the Best Way for a Good Design?
Dr. Tobias Schulze and Philipp Fiedler DriveConcepts GmbH
Session III – Design Calculations
Variation of Root Bending Stress with Hob Nose Radius And Protuberance Based on ISO and FEM Methods For Spur Gears
V. Sridhar, R. Malik and Prakher Sharma, Eicher Tractors
Involute Spiral Face Couplings and Gears: Design Approach And Manufacturing Technique
Dr. Alexander L. Kapelevich, AKGears, LLC and Stephen D. Korosec, Koro Industries, Inc.
Mathematical Modeling for the Design of Spiroid, Helical, Spiral Bevel and Worm Gears
Dr. Ghaffar Kazkaz, Gearometry, Inc.
Optimization of Gear Tooth Contact by Helix Angle Modification
S. Hipsley and R.J. Davey PHD Engineering Pty Ltd., and R.T. Wheway University of Wollongong
A Practical Approach for Modeling a Bevel Gear
Brendan Bijonowski, Arrow Gear Company
Session IV – Gear Drive Components
Theoretical and Experimental Study of the Frictional Losses of Radial Shaft Seals for Industrial Gearbox
Michel Organisciak, Pieter Baart, and Stellario Barbera, SKF ERC and Alex Paykin and Matthew Schweig, SKF Sealing Solution
Modal Analysis of Gearbox Top Casing Using Finite Element Analysis and its Experimental Validation
Avdhoot Bhide, Mahendran Muthu, and Rahul Nigade, Kirloskar Pneumatic Co Ltd., and Tushar Jadhav, Sinhgad College of Engineering
Application of a Unique Anti-Wear Technology – Ion-Sulfurization
Gordon Wang, Yifei Zhang, Xinhui Zhang and Hua Liu, Shanghai Pioneering Surface Material Co. Ltd
The Modified Life Rating of Rolling Bearings – A Criterion for Gearbox Design and Reliability Optimization
Armel Doyer, Antonio Gabelli, Guillermo Morales, Dirk Reel, SKF France
Session V – Gear Design
High Contact Ratio Gearing: A Technology Ready for Implementation?
Charles D. Schultz, Beyta Gear Service
The Impact of Surface Condition and Lubricant on Gear Tooth Friction
Suren Rao, Aaron Isaacson, Gear Research Institute, The Pennsylvania State University and Gary Sroka, Lane Winkelmann, REM Surface Engineering
Precision Bevel Gears with Low Tooth Count
Dr. Stephen P. Radzevich and Vishnu V. Irigireddy, Apex Tool Group, LLC
Application of ICME to Optimize Metallurgy and Improve Performance of Carburizable Steels
Jeff Grabowski, Dr. Jason Sebastian, Dr. Aziz Asphahani, Clay Houser, Kerem Taskin and Dave Snyder, QuesTek Innovations LLC
Influence of Central Members Radial Support Stiffness on Load Sharing Characteristics of Compound Planetary Gear Sets
Zeming Peng and Shijing Wu, Wuhan University
On the Correlation of Specific Film Thickness and Gear Pitting Life
Timothy Krantz, NASA
An Analytical Model for Real-Time Design Evaluations of Spline Couplings
Yi Guo and Jonathan Keller, National Renewable Energy Laboratory and Robert Errichello, GEARTECH and Chris Halse, Romax Technology
To register for the FTM, or abstracts on these presentations, visit www.agma.org.