Theory and Practice of Infrared Technology for Nondestructive TestingThe book includes fundamental concepts of theory, instrumentation, and experimental practice as well as practical applications. An important chapter setting the book apart from other publications describes the properties of materials and presents case studies from industry. In addition, a program called IRNDT accompanies the book and is available on the Wiley ftp site. The program includes an image bank that can be used to test the principles covered in the book. * All chapters end with summaries, problems, and questions. * Authored by an acknowledged expert in the field. * Material draws on case studies to illustrate major points. |
Contents
Introduction to Thermal Emission | 15 |
Introduction to Heat Transfer | 41 |
with Fixed Conditions at Borders | 54 |
Copyright | |
15 other sections not shown
Common terms and phrases
algorithm alloys aluminum analysis applications blackbody bolometers Chapter components computed configuration convection cooling corresponding corrosion curve defect detection depth detector diffusivity electrical electronics emissivity emitted energy epoxy equation Eurotherm Seminar example experimental fibers field of view Figure frequency function heat transfer HgCdTe infrared camera infrared images infrared thermography inspection layer Lemieux DH lens located Maldague Materials Evaluation Matlab maximum measurement metal method microbolometer noise Nondestructive Evaluation Nondestructive Testing obtained optical output parameters phase Photonics pixels plastic possible problem properties pulsed thermography pyroelectric quantitative radiance radiation reflection resistance scanning Section sensor signal Snell JR SOLUTION spatial specimen spectral spectral radiance SPIE Proc steel structure subsurface surface T₁ T₂ Table technique temperature thermal conductivity thermal contrast thermal diffusivity thermal images thermal insulation thermal stimulation thermal wave thermogram Thermosense thickness tion TNDT transmission values vignetting visible wavelength