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Encyclopedia BIMtopia

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Mechanical Systems

Mechanical Systems

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Overview

Module 9 Intro Module 9 Roadmap MEP Systems Overview Heating Strategies & System Components Cooling Strategies & System Components Ventilation Strategies & System Components Building Science: User Comfort & Thermal Loads

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System Requirements & Design Goals

Building Code Requirements Design Goals & Potential Design Strategies

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System Modeling

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Model Creation & Linking

Example: Creating a New Linked Mechanical/HVAC Model

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Calculating HVAC Loads

Example: Specifying Internal Loads using Spaces Example: Creating a Space Schedule and Fine-Tuning the Occupancy/People Assumptions

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Using Revit’s Heating and Cooling Loads Tool

Example: Grouping Spaces into HVAC Zones Example: Computing HVAC Loads

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Alternative: Using Energy Plus

Example: Creating an Energy Analytical Model and Generating Analytical Spaces Example: Grouping Spaces into HVAC Zones Example: Computing HVAC Loads Example: Using Required Airflow Computation to Place Air Terminals in Spaces

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Identifying Effective Strategies for the Project Climate

Example: Using Climate Analysis

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Modeling Air Transport Systems

Overview: Air Transport Systems Example: Air Handler Location Alternatives Example: Duct System Layout & Placement Example: Modeling Zone Thermal Controllers Example: Air Terminal Location Alternatives Example: Connecting Air Terminals to Ducts

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Modeling Fluid Transport Systems

Overview: Fluid Transport Systems Example: Modeling Radiant Floors Example: Modeling Radiators

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Modeling Self-Contained Systems

Example: Modeling Self-Contained Heaters & Cabinet Systems

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Simulation & Analysis

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Confirming Model Accuracy

Example: Using the System Inspector to Review Duct Air Flows Example: Using the System Browser to Review System Connections Example: Sizing Ducts to Match the Computed Air Flow Example: Confirming the System Design Using Space and Zone Schedules