Complete Guide to Refrigeration, HVAC systems & Cryogenics

Free Download Complete Guide to Refrigeration, HVAC systems & Cryogenics
Published 8/2025
Created by Inderpreet Singh
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch
Level: All | Genre: eLearning | Language: English | Duration: 79 Lectures ( 11h 47m ) | Size: 6.5 GB
Learn HVAC systems, Refrigeration, VCRS, VARS, Multi-load cooling, Cascade, Cryogenics, Gas Liquefaction & Psychrometry
What you'll learn
Understand Core Principles - Explain the working of vapor compression and vapor absorption refrigeration systems, low-temperature refrigeration
Understand different components- Compressors, evaporators, expansion valves, Chillers, Air Handling Units, Fan Coil Units
Analyze Cooling Technologies - steam jet, vortex tube, thermoelectric cooling, dry ice systems, and gas liquefaction processes
Understand the different air refrigeration systems and their working
Apply Psychrometry & HVAC Concepts - Interpret psychrometric charts and evaluate different HVAC system types for various climate control applications.
Solve Design problems to analyse the performance (COP) of VCRS, VARS, and air refrigeration systems & room load calculations in air conditioning
Requirements
You will learn everything from Basic to Advance of Refrigeration, HVAC systems and Cryogenics
Description
This comprehensive course is your complete guide to Refrigeration, different HVAC Systems, and Cryogenics and designed for students, engineers, technicians, and industry professionals. Starting from the fundamentals, you will master Refrigeration, Vapor Compression Refrigeration Systems (VCRS) , Vapor Absorption Refrigeration Systems (VARS), and their real-world applications in commercial, residential, and industrial sectors You'll explore the functioning of compressors, condensers, evaporators, expansion devices, and gain in-depth knowledge of refrigerants and their environmental impact. Advanced topics include cascade refrigeration, multi-evaporator systems, compound compression, individual compressor using multiple and individual expansion valves for evaporator carrying cooling load and special refrigeration technologies such as steam jet refrigeration, vortex tube cooling, thermoelectric cooling, and dry ice systems.Later, will explore different air refrigeration systems & their coefficient of performance to understand the cooling in aircrafts which is the oldest cooling. The course also covers gas liquefaction processes, cryogenic engineering principles, and the use of liquid nitrogen, liquid hydrogen, and liquid helium in modern applications. In the HVAC section, you'll learn psychrometry, air conditioning system types, load calculations, and performance optimization techniques for energy efficiency. In depth discussion on various central and unitary AC systems along with complete HVAC systems as of ducted split HVAC , Rooftop Unit HVAC, DOAS+FCU based HVAC, Geothermal HVAC and many more. Whether you are preparing for technical exams, industry certifications, or skill upgrades, this course equips you with practical examples, problem-solving techniques to excel in both academic and professional settings.By the end, you'll have the confidence to conceptualize, design and analyze the complete refrigeration and HVAC systems; Low temperature refrigeration & gas liquefaction for different applications.
Who this course is for
The course will benefit undergraduate and postgraduate students of mechanical, aerospace, chemical, and allied disciplines, professionals working in refrigeration, air-conditioning, pharmaceutical, aerospace, and cryogenic industries, as well as researchers pursuing advanced work in low-temperature engineering. It is also valuable for competitive examination aspirants (GATE, ISRO, BARC, PSU) where refrigeration and cryogenics form a significant component.
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