Faculty Advisor or Committee Member

Professor Richard Sisson Jr., Advisor

Faculty Advisor or Committee Member

Yeming Rong, Committee Member

Faculty Advisor or Committee Member

Md Maniruzziman, Committee Member

Identifier

etd-0512104-174214

Abstract

The effects of quenchant flow around a 4140 steel cylinder have been experimentally investigated. An apparatus was developed to repeatably immerse a two inch diameter by eight inch long probe into an agitated quench tank. The probes were normalized prior to quench to relieve any residual stresses. Distortion, residual stress and hardness were experimentally measured. The results verified that there was a variation of cooling rate in respect to quenchant flow around the cylinder. The data showed that there was a higher cooling rate nearest to the quenchant flow versus a much lower cooling rate away from the flow. Computational fluid dynamics are also presented to give insight into the behavior of the quenchant flow in the tank and around the cylinder.

Publisher

Worcester Polytechnic Institute

Degree Name

MS

Department

Materials Science & Engineering

Project Type

Thesis

Date Accepted

2004-05-12

Accessibility

Unrestricted

Subjects

quenching, residual stress, distortion, Metals, Quenching, Heat, Transmission, Cylinders, Fluid dynamics

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