Research on Heat Conductivity with a Time-Varying Heat Source

Anton V. Eremin; E.V Stefanyuk; Liubov Abisheva

doi:10.4028/www.scientific.net/AMM.698.637

Paper Titles

Partial Discharges Registration in Transformer Oil at the ‘Point-Plane’ Electrode System
p.615

Use of Vortex Wind Power Plant in the Climatic Conditions of Middle Volga - Stator Calculation Method
p.621

Migration of Nanoparticles in Operating Media of Heat Exchange Systems
p.627

Influence of High-Frequency Gas-Dynamic Unsteadiness on Heat Transfer in Gas Flows of Internal Combustion Engines
p.631

Research on Heat Conductivity with a Time-Varying Heat Source
p.637

Creep Inverse Problem of the Power Reactor Fuel Assembly Elements Contact Interaction
p.643

Numerical Studies of Gas-Dynamic Characteristics in a Compressor of a Turbocharger of the Transport Diesel
p.649

The Transient Processes Simulation of Kaplan Turbine Operating in Propeller Modes
p.655

Mathematical Modelling of Methane-Air Combustion in a Channel with a Porous Axial Insert
p.660

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vol. 698Research on Heat Conductivity with a Time-Varying...

Research on Heat Conductivity with a Time-Varying Heat Source

Abstract:

Using additional boundary conditions in the integral method of the heat balance, an approximate analytical solution to the heat conduction problem for an endless plate with time-varying heat sources has been found. It is shown that with any heat source capacity an unlimited plate temperature increase takes place in the course of time.