Dates: October 23 – December 4th
Time: 11:00 AM – 12:00/12:30 PM
Join our comprehensive HVAC Design Series: Acoustics & Vibration Isolation, Thermal Expansion & Seismic Design, a 5-module webinar running from October 23rd to December 4th. This series offers in-depth exploration into crucial topics including Seismic Control Measures, Vibration Control in HVAC Systems, Thermal Expansion Compensation, Acoustics from an HVAC Perspective, and Building & Room Acoustics. Gain essential insights into updated codes, practical solutions for vibration and thermal expansion challenges, and advanced acoustical strategies. Elevate your knowledge and project outcomes with expert-led sessions designed to enhance your expertise in these critical areas.
Completion Certificate Provided – 1/1.5 Learning Hours
| Module 1: Seismic Control Measures | Wed, Oct 23RD |
| Module 2: Vibration Control in HVAC Systems | Wed, Oct 30TH |
| Module 3: Thermal Expansion Compensation for Building Services | Wed, Nov 6TH |
| Module 4: Understanding Acoustics from an HVAC Perspective | Wed, Nov 27TH |
| Module 5: Building & Room Acoustics | Wed, Dec 4TH |
Module 1: Seismic Control Measures – Wed, Oct 23RD – 11:00 AM – 12:00 PM
Learn why seismic restraint measures are required for your mechanical and electrical equipment (along with services). This presentation will cover different applicable Codes (including updates to the 2024 OBC) and the areas in the provinces that are considered seismic zones. Post-disaster buildings that require seismic restraint measures to be addressed, no matter the location in the province, will also be covered. Attendees will get an understanding of what is required to seismically restrain mechanical and electrical equipment (along with services) from shop drawings to implementation on a project.
Module 2: Vibration Control in HVAC Systems – Wed, Oct 30TH – 11:00 AM – 12:00 PM
Vibration associated with mechanical and air distribution systems has a great impact on the daily lives of occupants within buildings. This session will provide an understanding of various types & configurations of vibration isolation commonly used to mitigate structural born vibration associated with mechanical & sheet metal equipment and services. In addition, we will discuss some of the commonly seen issues and challenges in the field, along with possible solutions and engineering logic behind the solutions.
Module 3: Thermal Expansion Compensation for Building Services – Wed, Nov 6TH – 11:00 AM – 12:00 PM
This presentation covers the issue of thermal expansion in building services piping, which can lead to undue piping and structural stress. It focuses on compensation methods such as expansion joints, expansion loops, and flexible connections, which help manage and absorb the movement caused by temperature changes.
Module 4: Understanding Acoustics from an HVAC Perspective – Wed, Nov 27TH – 11:00 AM – 12:30 PM
The purpose of this presentation is to educate the listener on what noise and sound are, what factors need to be looked at for both indoor and outdoor noise assessments and their impact if done incorrectly. We will also explain what type of noise attenuating equipment is usually considered, what a silencer looks like, and the types and different configurations of silencers. We will also explore the importance of placement from a breakout noise perspective and pressure drop with system effects.
Module 5: Building & Room Acoustics – Wed, Dec 4TH – 11:00 AM – 12:00 PM
In this presentation, we will consider how the ideas of “Building Quiet” and “Sculpting Sound” can be incorporated using strategies at the design phase of a building’s conception to elevate end-user experiences of private residences, public areas, and performance venues. Building Quiet will focus on implementing noise control solutions to mitigate sound energy transmission from noise-generating sources to noise-sensitive receivers. Sculpting Sound will explore the impact of reverb, along with reviewing sound energy control methods that will help to immerse a venue’s audience into an elevated sound experience in a variety of applications.