Advanced HVAC Duct Design in Revit MEP
At the core of designing a HVAC system is a thorough understanding of what goes into a MEP HVAC design. In this course, Advanced HVAC Duct Design in Revit MEP, you will learn the settings within Revit that you will need to adjust to create accurate loads. Next, you will see how to create and evaluate load calculations. And finally, how to apply your load information to a Ductwork layout. When you finish this course, you will have a detailed understanding of HVAC loads and HVAC design in Revit MEP that will help you to become more efficient in you design process. Software required: Revit MEP 2017.
Autodesk Revit is building information modeling software for architects, landscape architects, structural engineers, MEP engineers, designers and contractors developed by Autodesk.
You can also watch Introduction to HVAC Design in Revit MEP
Advanced HVAC Duct Design in Revit MEP Content:
01 – Course Overview
02 – Introduction and Setting the Project Units and Precision
03 – Editing Your Building Types and Space Types
04 – Locating Your Project in the Real World and Setting Your Weather Data
05 – Setting True North and Summary
Advanced HVAC Duct Design in Revit MEP part 2
06 – Introduction
07 – Placing Your MEP Spaces and Editing Them with Space Separators
08 – Naming and Numbering Your MEP Spaces
09 – Editing the MEP Space Parameters
10 – Summary
11 – Introduction
12 – Placing HVAC Zones and Assigning MEP Spaces to Your HVAC Zones
13 – Editng Your HVAC Zones and Generating Your Load Reports
14 – Reviewing the Types of Load Reports and Summary
15 – Introduction
16 – Editing and Creating Standard and Custom Duct Systems
17 – Editing and Creating Standard and Custom Duct Types
18 – Ductwork Setting for the Autogenerate Ductwork Layout Feature
19 – Autogenerating Ductwork Layouts
20 – Manually Routing and Sizing Ductwork Layouts
21 – Conclusion
22 – Introduction
23 – Checking the Ductwork Systems
24 – Generating Duct Pressure Loss Reports
25 – Visually Inspecting Duct Systems and Creating Air Velocity Views
26 – Conclusion
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