Hvacr - From Applied Physics To Sizing Refrigeration Systems

[mitsumi]

Last updated 9/2020
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz
Language: English | Size: 1.78 GB | Duration: 5h 51m

HVAC Fundamental - Basic Refrigeration

What you'll learn
Understand the fundamental concepts in applied physics for refrigeration
Understand what is HVACR
Be introduced to the basic refrigeration cycle
Learn the two most common measurement systems : Imperial, SI
Learn what is heat and energy
Understand temperature and distinguish temperature scale
Distinguish and define changes of state
Understand fundamental calorimetric concepts
Learn how to perform calorimetric calculation with first law of thermodynamics
Learn the main type of heat transfer and their fundamental equations
Understand the basics static of gases concept applied in refrigeration cycle
Understand on what physics principles, artificial refrigeration is created
Learn what are refrigerants
Understand and read an enthalpy diagram
Understand how to size a refrigeration system using P-h diagram
Apply the concepts through a case study
Requirements
High school level
Description
This courses is intended to provide you with the basic physics concepts required to learn and understand the development and operation of a simple refrigeration cycle. You will learn the "WHY" about creating artificial refrigeration, and the "HOW" to do it, and finally "HOW" to analyse and size a basic system. The fundamental concept and definition of temperature will be presented, followed by the study and measurement of Heat. Notion of change of states will be addressed as well as the various modes of heat transfer. Pressures and temperatures are some of the key parameters in Refrigeration. You will learn about them in a topic about static of gases. At this point you could be able to understand the effect of pressure during change of state, and the creation of artificial refrigeration.The enthalpy diagram will be covered so you learn, first how to read it and use it to analyse the operation of refrigeration cycle. The basic calculations that result from the diagram will be discussed. Then, through a case study, you will learn how to applied them.We can't wait to start studying with you!
Who this course is for
Engineers who wants to refresh their knowledge,Architects,Technicians interested in strengthening their understanding in Refrigeration,Professionals interested in learning more about Refrigeration,Anyone having the curiosity to expand their understanding

Download link

rapidgator.net:

https://rapidgator.net/file/a991d98f700034a965fe3795b2ab1309/bfnxl.Hvacr..From.Applied.Physics.To.Sizing.Refrigeration.Systems.part1.rar.html
https://rapidgator.net/file/9f45c24e96a17b36b2725e152f7ebbaf/bfnxl.Hvacr..From.Applied.Physics.To.Sizing.Refrigeration.Systems.part2.rar.html

uploadgig.com:

https://uploadgig.com/file/download/5520e63C8ca486bb/bfnxl.Hvacr..From.Applied.Physics.To.Sizing.Refrigeration.Systems.part1.rar
https://uploadgig.com/file/download/de1bcb1C8db627dB/bfnxl.Hvacr..From.Applied.Physics.To.Sizing.Refrigeration.Systems.part2.rar

nitroflare.com:

https://nitroflare.com/view/782F74F931FA53E/bfnxl.Hvacr..From.Applied.Physics.To.Sizing.Refrigeration.Systems.part1.rar
https://nitroflare.com/view/63755104DC3AE84/bfnxl.Hvacr..From.Applied.Physics.To.Sizing.Refrigeration.Systems.part2.rar

1dl.net:

https://1dl.net/x0cp2sdyavzw/bfnxl.Hvacr..From.Applied.Physics.To.Sizing.Refrigeration.Systems.part1.rar.html
https://1dl.net/pn7va5nb0vig/bfnxl.Hvacr..From.Applied.Physics.To.Sizing.Refrigeration.Systems.part2.rar.html