HVAC Design Fundamentals (PART 1 OF 5)

HVAC Design Fundamentals (PART 1 OF 5), available at $19.99, has an average rating of 4, with 49 lectures, based on 2 reviews, and has 9 subscribers.

You will learn about HVAC Design Fundamentals (PART 1 OF 5) Learn the basics of HVAC system design Understand HVAC Physics Concepts Learn Psychrometry This course is ideal for individuals who are Architects, Mechanical & Electrical Engineers It is particularly useful for Architects, Mechanical & Electrical Engineers.

Enroll now: HVAC Design Fundamentals (PART 1 OF 5)

Summary

Title: HVAC Design Fundamentals (PART 1 OF 5)

Price: $19.99

Average Rating: 4

Number of Lectures: 49

Number of Published Lectures: 49

Number of Curriculum Items: 49

Number of Published Curriculum Objects: 49

Original Price: $19.99

Quality Status: approved

Status: Live

What You Will Learn

HVAC Design Fundamentals (PART 1 OF 5)
Learn the basics of HVAC system design
Understand HVAC Physics Concepts
Learn Psychrometry

Who Should Attend

Architects, Mechanical & Electrical Engineers

Target Audiences

Architects, Mechanical & Electrical Engineers

Chapter 1

Difference between MEP &

HVAC

HVAC abbreviation

Definition of air

conditioning

HVAC application

Standard societies

ASHRAE, ISHRAE, SMACNA..

Chapter 2

Types of drawing

Overview of HVAC design

Roles & responsibilities of

design engineers

Overview of HVAC

installation

Roles and responsibilities

of installation

engineers

Chapter 3

Heat

British thermal unit

Modes of heat transfer

Unit of refrigeration

Temperature &

temperature scales

Enthalpy

Sensible and latent heat

Vapour compression

refrigeration cycle

Unit

System of units

Conversions

Chapter 4

Introduction

Properties of air

Dry bulb temperature

Wet bulb temperature

Dew point temperature

Relative humidity

Humidity ratio

Manual psychometric chart

Psychometric software

Psychometric analysis

Humidification

De-humidification

Sensible heat ratio

By pass factor

Contact factor

Chapter 5

Direct expansion system

Window air conditioning

Split air conditioning

High wall

Cassette air conditioning

Floor stand

Cube air conditioning

Ductable split air

conditioning

Package air conditioning

Chilled water system

Air cooled chiller

Water cooled chiller

VRF/VRV system

Radiant cooling

Chilled beams

District cooling system

Air system

FCU (fan coil unit)

AHU (air handling unit)

HRU (heat recovery unit)

Exhaust Fans

Side wall exhaust fan

Exhaust blower

Inline exhaust fan

Car parking exhaust fan

Kitchen exhaust fan

CAV system

VAV system

Desert cooler

Air curtain

Kitchen exhaust fan

CAV system

VAV system

Desert cooler

Air curtain

Course Curriculum

Chapter 1: Chapter 1

Lecture 1: What is HVAC

Lecture 2: Standard Societies

Chapter 2: Chapter 2

Lecture 1: Designing of HVAC System

Lecture 2: Types of Drawings

Lecture 3: Installing the HVAC System

Chapter 3: Chapter 3

Lecture 1: Heat and BTU- British Thermal Unit

Lecture 2: Modes of Heat Transfer

Lecture 3: Temperature

Lecture 4: Unit of Refrigeration TR

Lecture 5: Sensible and Latent Heat

Lecture 6: Units and Convserion

Lecture 7: Thumb Rule for Cooling TR

Lecture 8: What is Pressure

Lecture 9: Laws of Thermodynamics

Lecture 10: Refrigerant

Lecture 11: Vapour Compression Refrigeration Cycle

Chapter 4: Chapter 4

Lecture 1: Dry Bulb and Wet Buld Temperature

Lecture 2: Dew Point Temperature

Lecture 3: Humidity Ratio, Relative Humidity and Enthalpy

Lecture 4: How to Use Psychrometric Chart

Lecture 5: Psychrometry Heating Process

Lecture 6: Psychrometry Cooling Process

Lecture 7: Psychrometry Dehumidification Process

Lecture 8: Psychrometry Humidification Process

Lecture 9: Evaporative Cooling Process

Lecture 10: Mixing Airstream Process

Lecture 11: Sensible and Latent Heat Equation

Chapter 5: Chapter 5

Lecture 1: Overview of Air Conditioning Systems

Lecture 2: Window Air Conditioner

Lecture 3: Split System Part 1

Lecture 4: Split System Part 2

Lecture 5: Split System Part 3

Lecture 6: Ductable Split System

Lecture 7: Air Cooled and Water Cooled Package System

Lecture 8: What is VRV or VRF

Lecture 9: Cooling Only VRF Type

Lecture 10: Heat Pump VRF

Lecture 11: Heat Recovery VRF

Lecture 12: Types of FCU

Lecture 13: Types of AHU Part 1

Lecture 14: Types of AHU Part 2

Lecture 15: Chillers Part 1

Lecture 16: Chillers Part 2

Lecture 17: Chillers Part 3

Lecture 18: DX and Chilled Water System

Lecture 19: District Cooling System

Lecture 20: Radient Cooling System

Lecture 21: CAV VAV and Dual Duct

Lecture 22: Complete 60+ Hours Comprehensive Course

Instructors

Syed Munawer Ali
Teaching is My Passion & My Profession

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3 stars: 1 votes
4 stars: 1 votes
5 stars: 0 votes

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