Inverse Theory and Applications for Engineers |
Common terms and phrases
ability accuracy Actual adjoint algorithm analysis application approach approximation assume boundary condition Chapter coefficients compared computed Conduction contains curve determine developed device discrete discussed distribution effects employ engineering Equation errors estimates evaluate example expect expression filter finite difference Fourier frequency function specification method given governing guess heat flux high frequency illustrated indicates initial interior internal inverse problem known least squares linear locations look low pass filter marching matrix measurement method nodes nonlinear objective observation obtained parabolic parameters periodic physical plot position presented procedure properties region regularizer require residuals resolution resolving response sampled sensitivity sensors shown in Figure signal smoothing solid solution solve spatial step surface condition surface heat flux surface temperature techniques thermal tion transform unknown vector әт
References to this book
Inverse Problems in Engineering Mechanics Masataka Tanaka,G.S. Dulikravich No preview available - 1998 |