Smoke Control Systems Design

Published 2/2023
MP4 | Video: h264, 1280×720 | Audio: AAC, 44.1 KHz
Language: English | Size: 1.71 GB | Duration: 4h 19m
Your most detailed Reference to Smoke Control Systems Design
What you’ll learn

Smoke Control systems Classifications, Design Criteria, Components & Limitations
Staircase pressurization system Classifications, Types, Components, Limitations & Design Calculations
Atrium Smoke Management Systems & design Calculations
Natural Smoke Heat Vent Systems types, design criteria, Limitations & Calculations
Parking Smoke Control Systems Types & Ventilation Systems Including Design Calculation
Jet fans design Criteria
Dampers in Life Safety & Smoke Management
Requirements
Basic Engineering Knowledge
Description
Welcome to the most comprehensive guide on smoke control systems design .!this course is tailor made to cover all basic, advanced & applications of smoke control ventilation systems in accordance with related international codes and standards including ASHRAE, NFPA, IBC, SFPE.The core value of this course is that it is very detailed, organized and al the knowledge is quoted from international standards so that you will learn the correct knowledge from it’s original source and in an organized wayThis course covers the following subjects :Classification of smoke control systemsFactors affecting smoke movement in buildingsStaircase pressurizationAtrium smoke managementParking smoke control systems (ducted & jet fans)Dedicated section on design of ventilation systems using jet fansNatural smoke & heat ventsDampers in life safety & smoke control applicationsThis course is supported with solved examples and excel sheet (calculators) to help you size your smoke control system easily and accurately.This course is suitable for mechanical engineers, fire protection engineers & life safety experts and for engineers in general who wishes to understand smoke control systems like never before.After finishing this course you will be able to design and optimize smoke control systems and you will be able to prepare and submit smoke control systems for all applications and submit them to authority having jurisdictions for approval
Overview
Section 1: Part 1 – Introduction
Lecture 1 001 – P1 – Intro
Lecture 2 002 – P1 – Smoke Control Design Objective
Lecture 3 003 – P1 – Smoke Control NFPA Classifications
Lecture 4 004 – P1 – Smoke Control ASHRAE Classifications
Lecture 5 005 – P1 – Factors Affecting Smoke Movement (1 of 4)
Lecture 6 006 – P1 – Factors Affecting Smoke Movement (2 of 4)
Lecture 7 007 – P1 – Factors Affecting Smoke Movement (3 of 4)
Lecture 8 008 – P1 – Factors Affecting Smoke Movement (4 of 4)
Section 2: Part 2 – Staircase Pressurization
Lecture 9 009 – P2 – Intro
Lecture 10 010 – P2 – How Staircase Pressurization Works
Lecture 11 011 – P2 – How Staircase Pressurization Equation
Lecture 12 012 – P2 – Staircase Pressurization System Components
Lecture 13 013 – P2 – Staircase Pressurization System Types (1 of 6)
Lecture 14 014 – P2 – Staircase Pressurization System Types (2 of 6)
Lecture 15 015 – P2 – Staircase Pressurization System Types (3 of 6)
Lecture 16 016 – P2 – Staircase Pressurization System Types (4 of 6)
Lecture 17 017 – P2 – Staircase Pressurization System Types (5 of 6)
Lecture 18 018 – P2 – Staircase Pressurization System Types (6 of 6)
Lecture 19 019 – P2 – Staircase Pressure Limitations
Lecture 20 020 – P2 – Stack Effect on Staircase Pressurization
Lecture 21 021 – P2 – Staircase Pressurization Leakage Area & Path
Lecture 22 022 – P2 – Staircase Pressurization Calculation Summary
Lecture 23 023 – P2 – Zoned Smoke Control
Section 3: Part 3 – Atrium Smoke Management
Lecture 24 024 – P3 – Intro
Lecture 25 025 – P3 – Atrium Definitions
Lecture 26 026 – P3 – Atrium Fire Scenarios
Lecture 27 027 – P3 – Atrium Smoke Control Approaches (1 of 5)
Lecture 28 028 – P3 – Atrium Smoke Control Approaches (2 of 5)
Lecture 29 029 – P3 – Atrium Smoke Control Approaches (3 of 5)
Lecture 30 030 – P3 – Atrium Smoke Control Approaches (4 of 5)
Lecture 31 031 – P3 – Atrium Smoke Control Approaches (5 of 5)
Lecture 32 032 – P3 – Air Flow Method
Lecture 33 Atrium Sizing Example
Section 4: Part 4 – Parking Smoke Control Systems
Lecture 34 033 – P4 – Intro
Lecture 35 034 – P4 – Parking Classifications
Lecture 36 035 – P4 – Parking Smoke Control Approaches (1 of 3)
Lecture 37 036 – P4 – Parking Smoke Control Approaches (2 of 3)
Lecture 38 037 – P4 – Parking Smoke Control Approaches (3 of 3)
Lecture 39 038 – P4 – Parking Ventilation Systems
Lecture 40 039 – P4 – Jet Fans Design Notes
Lecture 41 040 – P4 – Jet Fans Control Sequence
Lecture 42 041 – P4 – Parking Makeup Air
Lecture 43 Smoke Heat Vent Example
Section 5: Part 5 – Natural Smoke/ Heat Vents
Lecture 44 042 – P5 – Intro
Lecture 45 043 – P5 – Smoke Heat Vent Definitions
Lecture 46 044 – P5 – Smoke Heat Vent Design Obj & Basis
Lecture 47 045 – P5 – Smoke Heat Vent Types
Lecture 48 046 – P5 – Smoke Heat Vent Limitations (1 of 2)
Lecture 49 047 – P5 – Smoke Heat Vent Limitations (2 of 2)
Lecture 50 048 – P5 – Smoke Heat Vent Operation
Lecture 51 049 – P5 – Smoke Heat Vent Sizing (IBC)
Lecture 52 050 – P5 – Smoke Heat Vent Sizing (NFPA)
Lecture 53 051 – P5 – Smoke Heat Vent Makeup Inlets
Lecture 54 052 – P5 – Draft Curtains
Section 6: Part 6 – Dampers in Life Safety
Lecture 55 053 – P6 – Intro
Lecture 56 054 – P6 – Dampers in Engineered Smoke Control
Lecture 57 055 – P6 – Dampers in Engineered Smoke Control
Lecture 58 056 – P6 – Dampers in Engineered Smoke Control
Mechanical Engineers,HVAC Engineers,Life Safety Engineers,Fire Protection Engineers,Architects
Homepage

www.udemy.com/course/smoke-control-systems-design/