Heat and Mass Transfer HMT for Mechanical Engineering

Heat and Mass Transfer (HMT) is one of the fundamental subjects in mechanical engineering that forms the basis of several advanced engineering applications. In this interactive and comprehensive course, you will dive into the core principles of heat transfer-Conduction, Convection, Radiation, and Heat Exchangers-through detailed explanations, derivations, numerical examples, and advanced applications. The course is tailored to align with academic requirements, ensuring that you grasp essential concepts and excel in your academic pursuits.

What's Inside the Course. The course covers a wide array of topics in Heat and Mass Transfer with an in-depth approach:ConductionThermal conductivityHeat conduction in gasesInterpretation of Fourier's lawElectrical analogy of heat transferCritical radius of insulationHeat generation in a slab and cylinderFinsUnsteady/Transient conductionConvectionForced convection heat transferReynold's Number, Prandtl Number, Nusselt NumberIncompressible flow over flat surfacesHBL (Hydraulic Boundary Layer), TBL (Thermal Boundary Layer)Forced convection in flow through pipes and ductsFree/Natural convectionHeat ExchangersTypes of heat exchangersFirst law of thermodynamicsClassification of heat exchangersLMTD (Log Mean Temperature Difference) for parallel and counterflowNTU (Number of Transfer Units)Fouling factorRadiationAbsorptivity, Reflectivity, TransmissivityLaws of thermal radiationShape factorRadiation heat exchangeSpecial Course FeaturesDetailed Derivations: Clear, step-by-step derivations of formulas. Numerical Problems: Real-world examples and practice problems.

Interactive Learning: Visual aids and concepts explained in an easy-to-understand manner. Free Preview LecturesThe first two lectures are FREE and offer you a sneak peek into the course content. These previews cover the syllabus in detail and provide a preliminary understanding of the various modes of heat transfer.

Make sure to watch them before enrolling in the full course. Why Enroll. This course is designed to provide a complete understanding of heat transfer mechanisms, preparing you for exams, real-world applications, and industrial problems.