HVAC Duct System Design, Construction, Testing & Balancing

HVAC Duct System Design, Construction, Testing & Balancing, available at $59.99, has an average rating of 3.75, with 105 lectures, based on 172 reviews, and has 957 subscribers.

You will learn about Understand duct types, material & classifications Understand duct air flow fundamentals Duct design methods, design steps and procedures Fan external static pressure calculation Duct construction as per SMACNA (A to Z) Fans types, fan duct system interaction, fan performance curves, fan system effect, fan arrangements Room air diffusion and air distribution systems types Air outlets types, selection, sizing Duct mounted accessories ( Dampers, Filters, Heaters) Duct system noise sources & duct system attenuation method Duct testing & balancing procedures & instruments This course is ideal for individuals who are Mechanical engineers who wishes to undestand all duct related aspects including design and construction in accordance to international codes and standards or Draftsmen who wishes to master their HVAC duct related skills It is particularly useful for Mechanical engineers who wishes to undestand all duct related aspects including design and construction in accordance to international codes and standards or Draftsmen who wishes to master their HVAC duct related skills.

Enroll now: HVAC Duct System Design, Construction, Testing & Balancing

Summary

Title: HVAC Duct System Design, Construction, Testing & Balancing

Price: $59.99

Average Rating: 3.75

Number of Lectures: 105

Number of Published Lectures: 105

Number of Curriculum Items: 105

Number of Published Curriculum Objects: 105

Original Price: $19.99

Quality Status: approved

Status: Live

What You Will Learn

Understand duct types, material & classifications
Understand duct air flow fundamentals
Duct design methods, design steps and procedures
Fan external static pressure calculation
Duct construction as per SMACNA (A to Z)
Fans types, fan duct system interaction, fan performance curves, fan system effect, fan arrangements
Room air diffusion and air distribution systems types
Air outlets types, selection, sizing
Duct mounted accessories ( Dampers, Filters, Heaters)
Duct system noise sources & duct system attenuation method
Duct testing & balancing procedures & instruments

Who Should Attend

Mechanical engineers who wishes to undestand all duct related aspects including design and construction in accordance to international codes and standards
Draftsmen who wishes to master their HVAC duct related skills

Target Audiences

Mechanical engineers who wishes to undestand all duct related aspects including design and construction in accordance to international codes and standards
Draftsmen who wishes to master their HVAC duct related skills

This is a course handling all duct related knowledge [A to Z], this course is tailored to start from scratch till the expert level in design and construction of HVAC ducted systems.

The course is discussing in full details all types of duct, duct materials and classifications, duct air flow fundamentals, duct systems design methods with examples, duct construction in accordance to SMACNA, fans and fan duct interactions, duct mounted accessories, space air diffusion and air distribution, air outlets selection and sizing, duct noise and how to attenuate it, duct testing and balancing and the instrumentations and procedures used to achieve that

All information mentioned in this course are quoted from international standards including ASHRAE & SMACNA to give you the information from it’s original source and quoted to be a reference for future to access it easily.

This course will teach you all the design, construction, selection & calculations related to duct & fan systems and duct related accessories.

This duct have an exclusive section for testing & balancing of ducted systems to give you a comprehensive understanding of all aspects related to duct systems.

This course is for both designers and site engineers and even for draftsmen to complete their gaps and to teach them the correct technical information from it’s original international sources

Course Curriculum

Chapter 1: PART 1 – DUCT TYPES, MATERIALS, CLASSIFICATIONS & FUNDAMENTALS

Lecture 1: Introduction

Lecture 2: Course Content

Lecture 3: Part 1 – Duct Types (1 of 2)

Lecture 4: Part 1 – Duct Types (2 of 2)

Lecture 5: Part 1 – Duct Classifications

Lecture 6: Part 1 – Duct Shape & Aspect Ratio

Lecture 7: Part 1 – Duct Air Flow Fundamentals (1 of 7)

Lecture 8: Part 1 – Duct Air Flow Fundamentals (2 of 7)

Lecture 9: Part 1 – Duct Air Flow Fundamentals (3 of 7)

Lecture 10: Part 1 – Duct Air Flow Fundamentals (4 of 7)

Lecture 11: Part 1 – Duct Air Flow Fundamentals (5 of 7)

Lecture 12: Part 1 – Duct Air Flow Fundamentals (6 of 7)

Lecture 13: Part 1 – Duct Air Flow Fundamentals (7 of 7)

Chapter 2: PART 2 – DUCT DESIGN & CONSTRUCTION

Lecture 1: Part 2 – Introduction

Lecture 2: Part 2 – Duct Design Methods

Lecture 3: Part 2 – Duct Design Methods Comparison

Lecture 4: Part 2 – Duct Design Procedure Using Equal Friction Method

Lecture 5: Part 2 – Duct Design Procedure using Equal Friction (Step-1)

Lecture 6: Part 2 – Duct Design Procedure Using Equal Friction (Step 1.1 & 1.2)

Lecture 7: Part 2 – Duct Design Procedure Using Equal Friction (Step 1.2) [1 of 2]

Lecture 8: Part 2 – Duct Design Procedure Using Equal Friction (Step 1.2) [2 of 2]

Lecture 9: Part 2 – Duct Design Procedure Using Equal Friction (Step 1.3) [1 of 2)

Lecture 10: Part 2 – Duct Design Procedure Using Equal Friction (Step 1.3) [2 of 2)

Lecture 11: Part 2 – Duct Design Procedure Using Equal Friction (Step 2)

Lecture 12: Part 2 – Duct Design Procedure Using Equal Friction (Step 3) [1 of 6]

Lecture 13: Part 2 – Duct Design Procedure Using Equal Friction (Step 3) [2 of 6]

Lecture 14: Part 2 – Duct Design Procedure Using Equal Friction (Step 3.1) [3 of 6]

Lecture 15: Part 2 – Duct Design Procedure Using Equal Friction (Step 3.1) [4 of 6]

Lecture 16: Part 2 – Duct Design Procedure Using Equal Friction (Step 3.1) [5 of 6]

Lecture 17: Part 2 – Duct Design Procedure Using Equal Friction (Step 3.1) [6 of 6]

Lecture 18: Part 2 – Duct Design Procedure Using Equal Friction (Step 4)

Lecture 19: Part 2 – Duct Design Procedure Using Equal Friction (Step 5)

Lecture 20: Part 2 – Fan Static Pressure

Lecture 21: Part 2 – Fan ESP Calculation (1 of 3)

Lecture 22: Part 2 – Fan ESP Calculation (2 of 3)

Lecture 23: Part 2 – Fan ESP Calculation (3 of 3)

Lecture 24: Part 2 – Design Recommendations

Lecture 25: Part 2 – Rectangular Duct Construction Schedules (1-2)

Lecture 26: Part 2 – Rectangular Duct Construction Schedules (2-2)

Lecture 27: Part 2 – Duct Construction – Pressure Classification

Lecture 28: Part 2 – Duct Construction – Un Reinforced Duct Wall Thickness

Lecture 29: Part 2 – Duct Construction – Flat Drive Accepted As Reinforcement

Lecture 30: Part 2 – Duct Construction – Understanding Construction Tables (Example)

Lecture 31: Part 2 – Duct Construction – Determine Reinforced Duct Sheet Metal Thickness

Lecture 32: Part 2 – Duct Construction – Specify Duct Reinforcement Details

Lecture 33: Part 2 – Duct Construction – Specify Duct Seams & Joints Details (1 of 2)

Lecture 34: Part 2 – Duct Construction – Specify Duct Seams & Joints Details (2 of 2)

Lecture 35: Part 2 – Duct Construction – Flexible Duct Installation

Lecture 36: Part 2 – Duct Construction – Hangers & Supports

Lecture 37: Part 2 – Duct Construction – Duct Sealing Requirement

Lecture 38: Part 2 – Duct Construction – Duct Leakage Test

Lecture 39: Part 2 – Duct Construction – Duct Coating

Lecture 40: Part 2 – Duct Construction – Duct General Details

Chapter 3: PART 3 – FANS, SPACE AIR DIFFUSION, AIR OUTLETS, & DUCT ACCESSORIES

Lecture 1: Part 3 – Introduction

Lecture 2: Part 3 – Fan Types (1 of 2)

Lecture 3: Part 3 – Fan Types (2 of 2)

Lecture 4: Part 3 – Fan Performance Curves

Lecture 5: Part 3 – Fan Affinity Laws

Lecture 6: Part 3 – Fan Arrangements

Lecture 7: Part 3 – Fan Inlet Conditions

Lecture 8: Part 3 – Fan System Effect

Lecture 9: Part 3 – pace Air Diffusion & Air Outlets

Lecture 10: Part 3 – Space Air Diffusion – Fully Mixed Systems

Lecture 11: Part 3 – Space Air Diffusion – Fully Stratified Systems

Lecture 12: Part 3 – Space Air Diffusion – Partially Mixed Systems

Lecture 13: Part 3 – Air Outlets Types & Characteristics

Lecture 14: Part 3 – Air Outlets Location Selection

Lecture 15: Part 3 – Supply Air Jet Characteristics

Lecture 16: Part 3 – Air Outlets Installation Acoustics

Lecture 17: Part 3 – Air Outlets Selection – SLSD

Lecture 18: Part 3 – Air Outlets Selection -SLBG

Lecture 19: Part 3 – HVAC Dampers Types

Lecture 20: Part 3 – HVAC Dampers Function

Lecture 21: Part 3 – Air Filters Introduction

Lecture 22: Part 3 – Air Filter Types

Lecture 23: Part 3 – Filters Main Operating Characteristics

Lecture 24: Part 3 – How To Determine Filter Efficiency (1-2)

Lecture 25: Part 3 – How To Determine Filter Efficiency (2-2)

Lecture 26: Part 3 – Filters MERV Rating (1-2)

Lecture 27: Part 3 – Filters MERV Rating (2-2)

Lecture 28: Part 3 – Filters Installation Recommendation

Lecture 29: Part 3 – Duct Heaters

Chapter 4: PART 4 – NOISE & ATTENUATION

Lecture 1: Part 4 – Introduction

Lecture 2: Part 4 – Non-Metallic Duct Noise

Lecture 3: Part 4 – Fan System Noise

Lecture 4: Part 4 – Noise Attenuation Methods

Lecture 5: Part 4 – Acoustic Duct Liner

Lecture 6: Part 4 – Other Attenuation Methods

Chapter 5: PART 5 – DUCT TESTING & BALANCING

Lecture 1: Part 5 – Duct Testing & Balancing

Lecture 2: Part 5 – Air Flow T&B Instruments (1-6)

Lecture 3: Part 5 – Air Flow T&B Instruments (2-6)

Lecture 4: Part 5 – Air Flow T&B Instruments (3-6)

Lecture 5: Part 5 – Air Flow T&B Instruments (4-6)

Lecture 6: Part 5 – Air Flow T&B Instruments (5-6)

Lecture 7: Part 5 – Air Flow T&B Instruments (6-6)

Instructors

Nabil Mahmoud
Mech. & FLS Engineer

Rating Distribution

1 stars: 7 votes
2 stars: 4 votes
3 stars: 21 votes
4 stars: 32 votes
5 stars: 108 votes

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