22nd ASM Heat Treating Conference & Exposition
September 15-18, 2003
The conference held in Indianapolis, Indiana was attended by Graduate Students: Aparna Varde, Shuhui Ma, Darrell Rondeau, Radhakrishnan Purushothaman, Prof. Richard Sisson, Jr. and Prof. Yiming Rong
Papers presented:
- The Effects of Part Orientation on Heat Transfer during Quenching
- Optimization of an Aluminum Alloy Quenching Process in Poly-Oxethylene Glycol Polymer Solutions using Taguchi Methods
- The QuenchMiner Expert System for Quenching and Distortion Control

The Effects of Part Orientation on Heat Transfer during Quenching
Authors:
R. Sisson
D. K. Rondeau
Md. Maniruzzaman
B. Proshchitskiy
B. Liscic
Darrell Rondeau was the presenter.
Optimization of an Aluminum Alloy Quenching Process in Poly-Oxethylene Glycol Polymer Solutions using Taguchi Methods
Authors:
Richard D. Sisson, Jr.Marco Fontecchio
Mohammed Maniruzzaman
Abstract
The QuenchMiner Expert System for Quenching and Distortion Control
Authors:
R. SissonAparna Varde
Md. Maniruzzaman
Abstract
The QuenchMiner Expert System is an enhancement over the original Web-based Data Mining tool developed at CHTE, WPI for analysis of quenching data. The goals of this Expert System are predicting results obtained under given quenching conditions, thereby supporting decision making to improve performance. It thus assists Heat Treating users. It is fed with the knowledge an expert has in the user domain. For example, a human expert knows that higher agitation implies greater distortion tendency; cooling rate of a quenchant affects distortion more than the carbon content of the part alloy etc. These facts are converted into rules with priorities and relative weights. The Expert System uses these rules to analyze cases submitted by the user and estimates parameters of interest. The focus is on Quenching Media and Distortion Control. There is considerable use of Artificial Intelligence in QuenchMiner, primarily Rule Interpreter and Forward Chaining techniques.
Maintained by webmaster@wpi.eduLast modified: Nov 02, 2005, 14:47 EST
