دانلود کتاب انتقال حرارت تشعشعی در رسانه های مشارکت کننده

This book is an outcome of continuous and ongoing research by the authors in the area of radiative heat transfer, and gas and particle radiation applied to industrial and space applications. The computations related to radiative heat transfer are very relevant in applications such as iron and steel manufacturing industries, rocket exhaust designing, fire resistance testing, and atmospheric and solar applications. There exist a plethora of literature and texts on heat transfer modeling in industrial engineering applications, where the treatise has been both experimental and numerical. This said, more accurate, versatile, and at the same time, computationally efficient numerical solutions to practical heat transfer problems are critical. This is especially true in radiative heat transfer, where the experimental approach is rather non-economic due to large cost of fabrication, installation and operation, and severe constraint due to high operating temperatures. This makes the use of numerical tools in radiative heat transfer analysis of profound significance. The contents in this text mainly outline the process of conducting numerical simulations in radiative heat transfer for various industrial applications and the use of artificial intelligence in developing and testing fast heat flux predictor tools. The numerical simulations require the development of computational tools (or codes) to solve the governing radiative heat transfer equation. The development, testing of codes, and results of numerical simulations have emerged as a part of doctoral degree research conducted at IIT Madras during 2013–2018.