| Close the Loop 2002 Technical Symposium Proceedings CD-ROM |
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The SMI Close the Loop Technical Symposium is an industry-wide program highlighting practical applications and best-practice solutions to technical and process challenges in springmaking. Presentations illustrate the results of applying experience, knowledge and state-of the-art-technology to real-world issues.
The Proceedings CD-ROM includes all the information presented during the 2002 Symposium sessions. As a bonus, the Proceedings from the 2001 Symposium are included, so you get all 30 papers from the 2002 and 2001 SMI Close the Loop Technical Symposiums on one convenient, self-loading CD-ROM. View or print each paper with Adobe Acrobat, which loads automatically upon installation of the CD. |
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| 2002 Proceedings Table of Contents: |
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| 01 Advanced Software for High-Tech Wire-Working Equipment Thomas Blum 02 Grinding Tight-Tolerance Springs - Your Chances of Success 03 CNC Coiling Machines of Today And Tomorrow 04 The Effects of Wheel Tilt and Grinding Path on Ground Spring Quality and Productivity 05 CNC Springmaking Machines – Latest Trends in Design 06 Disc Grinding and the Spring Industy 07 Machine Guarding 08 CNC Spring Coilers and Software Productivity 09 Quality in Spring Coiling and Spring End Grinding 10 Factors Relating to the Wire Straightening Process – Process and Peripherals |
11 Advances in High-Speed Stress Relief Mario Grenier 12 Eddy Current Testing of Spring Wire 13 Advances in Rapid Heating 14 Processing Effects on Residual Stress 15 Material Properties and Relaxation Behavior of Scherdel LP Hard-drawn Spring Steel Wire 16 Dynamic Measurement of Helical Springs 17 High-Speed Spring Coiling on CNC Equipment 18 Spring Relaxation 19 Fatigue Life Estimates Using Goodman Diagrams 20 Impact of ISO 9000:2000 on Quality and Reliability |
| Bonus Papers from the 2001 Symposium |
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| B01 Computer Application During Helical Compression Die Spring Design and Development Alexander Liebman B02 Springprocessor – Milestone in Computing Springs B03 Reaching for New Horizons With Induction Technology B04 Manufacturing Shaped Wire B05 Effects of Various Shot Peening Conditions on Fatigue Strength |
B06 Testing of Torsion Springs Charles Pepka B07 Increasing the Reliability of Heavy-Duty and Safety Parts Through an Improved Induction-Process Development B08 The Electron Microscope in the Analysis of Spring Fractures and Surface Characteristics B09 TS-16949: An Exercise in Implementation B10 Embrittlement of Springs |