1) induced heating energy
感应热能
2) induction heating
感应加热
1.
Process and technical characteristic of induction heating high-strength packing band line;
感应加热高强度包装钢带生产线及工艺技术特点
2.
Finite element simulation of pipe bending process of pure titanium using local induction heating;
中频感应加热纯钛弯管成形过程中的有限元模拟
3.
Study on mechanism of thermal damage on PCD compacts induced by induction heating;
感应加热聚晶金刚石热损伤机理的研究
3) induction heat
感应热
4) inductive heating
感应加热
1.
The mathematical model and the formulations of the finite element method for the inductive heatingof tubes is presented.
研究管道感应加热的数学模型，推导有限元分析计算公式，编制轴对称零件感应加热过程的计算机仿真软件，并对一典型厚壁管道的感应加热过程进行了数值仿真，给出了温度场的仿真结果。
2.
The research on the process of tunnel--type inductive heating tundish is carried out in view of different tundish type with the use of mathematical model.
采用数学模型方法，在不同包型条件下，对隧道感应加热中间包钢水加热过程进行了研究，探讨其有利于减少热损和温度调控的包型结构。
3.
An Introduction to the circuit structure of a multi-functional CAN node as well as the application in inductive heatin
介绍一种多功能CAN节点的电路结构及在工业中频感应加热设备控制现场总线中的应用。
5) induction heating
感应补热
1.
Finite element analysis of a continuous casting square billet during induction heating;
连铸方坯感应补热过程的有限元分析
2.
A mathematical model for predicting the temperature distribution of continuously casting slabs in induction heating process;
连铸方坯感应补热过程温度分布模拟
3.
This paper simulates the induction heating process of the continuous casting of square billet according toelectromagnetic induction and heat exchange theory by great engineering software ANSYS.
根据电磁感应理论及传热基本原理,利用ANSYS对连铸方坯的感应补热过程进行了多物理场耦合的有限元模拟;对铸坯断面上的温度梯度、磁场分布、铸坯在感应器内的吸收功率等进行了分析,所得结果与实测符合的较好,从而对“热送直轧”新工艺的开发与应用提供了重要参考依据。
补充资料：鞍山热能研究院
鞍山热能研究院
娜 7.鞍山热能研穷院
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条