IPASJ INTERNATIONAL JOURNAL OF MECHANICAL ENGINEERING (IIJME)

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ISSN 2321-6441

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TEMPERATURE DISTRIBUTION IN A VERY SOFT-CAST STEEL FLAT SOLID IS INVESTIGATED NUMERICALLY AND BY EXPERIMENTATION, Authors : Mr. Krishn kant Sharma,IPASJ INTERNATIONAL JOURNAL OF MECHANICAL ENGINEERING (IIJME) ,http://www.ipasj.org/IIJME/IIJME.htm

Volume & Issue no: Volume 4, Issue 12, December 2016


Title:
TEMPERATURE DISTRIBUTION IN A VERY SOFT-CAST STEEL FLAT SOLID IS INVESTIGATED NUMERICALLY AND BY EXPERIMENTATION
Author Name:
Mr. Krishn kant Sharma
Abstract:
ABSTRACT Optical device bending is a complicated method in flat solid forming within which a optical device heat supply is employed to form the metal sheet. during this paper, temperature distribution in a very soft-cast steel flat solid is investigated numerically and by experimentation. optical device heat supply is applied through curvilineal ways in sq. flat solid elements. Finite part (FE) simulation is performed with the ABAQUS/CAE commonplace software package package. Material property of AISI 1010 is employed in metallic element model and experiments. The aim of this study is to spot the response associated with deformation and characterize the result of optical device power with relevancy the bending angle for a sq. sheet half. associate degree experimental setup together with a Nd:YAG optical device Model IQL-10 with most mean optical device power of five hundred W is employed for the experiments to verify metallic element analysis results. its determined that numerical results square measure comparatively in sensible agreement with the experimental results. Results additionally show that increasing optical device power will increase the bending angle.
Cite this article:
Mr. Krishn kant Sharma , " TEMPERATURE DISTRIBUTION IN A VERY SOFT-CAST STEEL FLAT SOLID IS INVESTIGATED NUMERICALLY AND BY EXPERIMENTATION " , IPASJ INTERNATIONAL JOURNAL OF MECHANICAL ENGINEERING (IIJME), Volume 4, Issue 12, December 2016 , pp. 054-057 , ISSN 2321-6441.
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