SENSORS FOR INDIRECT MEASUREMENT OF NONSTATIONARY HEAT FLUXES BASED ON THE METHODOLOGY OF INVERSE HEAT CONDUCTION PROBLEMS

Sensors for diagnosing thermal regimes of heat-loaded structures have been developed and tested. To process the results of these tests, use was made of computational methods based on solving inverse problems of heat conduction. Heat fl ux sensors made of high-temperature ceramics are considered.
Sensors for diagnosing thermal regimes of heat-loaded structures have been developed and tested. To process the results of these tests, use was made of computational methods based on solving inverse problems of heat conduction. Heat fl ux sensors made of high-temperature ceramics are considered.
Author:  O. M. Alifanov, S. A. Budnik, A. V. Nenarokomov, M. O. Salosina, D. M. Titov
Keywords:  heat fl ux sensors, thermal diagnostics, inverse problems of heat conduction, iterative regularization, processing of experimental measurements
Page:  1675