The Model of Control and Heating for Inductiv Reheating of Non-dentrtic Aluminum Alloy （A356）

Yang Xiangjie Quo Hongmin

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The Model of Control and Heating for Inductiv Reheating of Non-dentrtic Aluminum Alloy （A356）
Issue S1, Pages: 209-211(2001)
Published： 2001 ，
DOI：

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[1]杨湘杰,郭洪民,潘明强.非枝晶铝合金(A356)半固态感应加热模式及控制模型[J].特种铸造及有色合金,2001(S1):209-211.

Yang Xiangjie Quo Hongmin. The Model of Control and Heating for Inductiv Reheating of Non-dentrtic Aluminum Alloy （A356）. [J]. Special Casting & Nonferrous Alloys (S1):209-211(2001)
[1]杨湘杰,郭洪民,潘明强.非枝晶铝合金(A356)半固态感应加热模式及控制模型[J].特种铸造及有色合金,2001(S1):209-211. DOI：

Yang Xiangjie Quo Hongmin. The Model of Control and Heating for Inductiv Reheating of Non-dentrtic Aluminum Alloy （A356）. [J]. Special Casting & Nonferrous Alloys (S1):209-211(2001) DOI：

摘要

以感应加热原理、“集肤”效应、“电磁尾端”效应和坯料表面能量损失为基础

来探讨坯料温度分布不均匀的主要原因;利用分析软件ANSYS和实验手段模拟二次加热模式

并以电动势传感器为例介绍二次加热的控制模型。

Abstract

Based on further analysis of the inductive heating principle

the skin effect and the electromagnetic end effect

the principal reason of bad temperature distribution along the specimen is discussed. Then the model of reheat-ing is simulated by the use of FEM code ANSYS and experiments. Finally eletromotance sensor is taken as an example to describe the control model of partial remelting.

关键词

感应加热原理电磁尾端效应电动势传感器加热模式控制模型

Keywords

Inductive Heating PrincipleElectromagnetic End EffectElectromotance SensorModel of ReheatingControl Model

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