Canadian Shot Peening Workshop
May 2-3, 2006 , Montreal

Topics

Topic
Instructor
Description
Abrasive Handling and Control Dwight Lutsko There is more to a shot blast machine then a cabinet and a throwing wheel. Media has to circulate from the hopper, through the wheel, into the cabinet, through a reclaim system of elevators and reclaim equipment, past the dust collector and the media size segregations screens and back to the hopper. Learn what each element does, why you need it and how to specify and maintain it.
Advanced Peening Techniques and Applications Ken I'Anson Learn about tools and techniques to solve difficult peening configurations with emphasis on robotic parts handling.
Air Blast Equipment Maintenance Ken I'Anson Air Blast Equipment Maintenance Learn how to operate, diagnose & maintain air blast machines for maximum operating efficiency using diagnostics and trouble shooting for air blast machines featuring the PRIMS Process Reporting and Integrated Monitoring System.
Audit & Inspection Preparation Daryll McKinley Have you ever wondered or worried about what will happen during an audit of your shot peen process? This class will guide you through the before, during and after of the typical Audit. You will be able to prepare your team for the day before the Audit, the inspection of equipment, paperwork, media, and proficiency of the operators in the shot peen process. We will cover from the beginning to the end and include plans for a possible follow-up Audit if needed.
Concept de Nettoyage (Blast Cleaning Concepts) Sylvain Jette Presented in French, this presentation will discuss blast cleaning concepts
Flapper Peening Theory and Applications Dave Barkley Learn the essentials of a portable method to perform peening using rotary flaps developed by 3M corporation.
Flapper Peening Lab and Practical Dave Barkley This is a hands on session using flapper peening equipment. Proper procedures and technique will be applied and discussed. Due to time constraints, this session is limited to students seeking Flapper Peening certificates. FAA course credit #AGL/0305/0007/8
Intensity Saturation Curve Practice Jack Champaigne In this advanced practice session you will learn how to construct and interpret the saturation curve properly. Several practice examples are included.
Laser Peening Jim Harrison Laser peening can impart a compressive stress about twice as deep as conventional shot peening. This is very important in rotating jet engine parts for FOD control. Learn about the space age technology used for critical peening applications.
Particle Analysis Terry Reckart Traditional sieving method and optical image analysis. Learn about sieve selection, operation and calibration. Photo-optical sieving, the media is measured with special cameras and the size distribution is shown in histogram.
Peen Forming of Wing Skins David Cook This class is a basic approach to the fundamentals of Shot Peening and Shot Peen Forming. The course will cover the equipment, media and team. It will include the process of Shot Peening and Shot Peen Forming.
Peening Applications Dr. John Cammett Describes how welded joints, gears, springs, axles, landing gears and many other components benefit from peening.
Peening Coverage & Masking Jack Champaigne Coverage, too much or too little can be detrimental. Learn how to measure and control coverage by evaluating samples of % covered. This session also discusses masking techniques to prevent coverage in peening-prohibited areas.
Peening Intensity Jack Champaigne Intensity controls the depth of the peening. Learn how to measure and control intensity with Almen strips, gages and saturation curves.
Peening Media Jack Champaigne This session describes different media for peening and the importance proper media selection and maintenance.
Peening of Carburized Gears Michele Bandini Learn about the advantages of Peening carburized gears to benefit either bending fatigue or pitting fatigue from two excellent case studies from Europe.
Peening Theory & Background Dr. John Cammett Explore the history of Peening and learn how dents on the surface will prolong fatigue life of many components. Examine the relationship between dent size, stress profile and fatigue life.
Residual Stress Measurement James Pineault X-ray diffraction (XRD) is the standard tool for measuring residual stress in shot peened components. This session will explain how XRD is used to quantitatively measure residual stress, the types of equipment that are available, the basic techniques and the type of information that can be obtained to optimize the shot peening process and ensure that peening has been correctly applied.
Specification Conformance & Equipment Design Kumar Balan Wheel and airblast equipment and process design to conform to commonly used specifications (GM, Ford, Pratt & Whitney) with specific importance to NADCAP audit requirements. Critical process parameters relating to quality assurance in peening applications. Technical advances in monitoring peening process variables. Developments in computerized reporting techniques.
Ultrasonic Peening Sylvain Forgues Ultrasonic Peening: How Good Vibrations Can Increase Your Life. In this class, the fundamentals of Ultrasonic Peening will be reviewed along with the types of equipment available on the market. Several production and repair applications will then be discussed to illustrate how the technique can lower costs and shorten cycle times while providing an excellent fatigue life improvement.
Instructor Profiles



 
Updated - 20 April, 2006


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