Filter solution of inverse heat conduction problem using measured temperature history as remote boundary condition

摘要: Abstract The inverse heat conduction problem (IHCP) involves estimation of a surface flux from transient temperature measurements inside conducting body. Commonly an insulated remote boundary or one with known transfer coefficient is modeled. However, in many practical applications, the precise thermal condition at not known. In this paper, method accounting for action using second measured history presented. measurement need be actual but can interior point domain. IHCP solution herein achieved through filter method, which uses coefficients convolution summation. By technique, near real-time continuously obtained manufacturing settings to enhance productivity. Also concept opens way development new scientific instruments that incorporate methods.