Introduction to REVIT concepts
11) What is the Analyze toolbar used in Revit? How it is beneficial for design and modeling
The Analyze toolbar can be used to perform structure analysis of the building. It has various options to enable the analysis process. This is beneficial to design and modeling. The Analysis tools that were introduced in the week 1 session were:
Structural Analysis:
1. Boundary Condtions - Defines point, line, and area boundary conditions in an analytical model.
2. Loads - Applies point, line, and area loads to a model. Each load geometry is a family containing instance and type parameters. apply loads by sketing or using host components.
3. Load Cases - Add and edits load cases for the analytical model. The second table in the load Case dialog is th Load Natures table, which adds or deletes load natures.
4. Load Combinations - Adds and edits load combinations fort the analytical model. Setting a load combination incldues defining its name, formula, type, state, and usage.
Energy Optimization:
Create Energy Model - Thsi feature allows the user to inspect the energy analytical model so that they can valideate it before running the energy simulation. The energy analytical model is based on conceptual masses, building elements, or both, depending on the Analysis Mode selected in the Energy Settins dialog.
Energy Analysis - Revits create the energy analytical model and generates design opeions and potential performace outcomes with Insight. Set ranges to define envelope constructions, mechanical systems, operational schedules, and renewables in Insight to determine Energy Cost Range and factor sensitivity.
Heating and Cooling Loads:
Prepares a heating and cooling loads analysis report based on the existing building model. Spaces should be placed in all areas (accounting for the entire volume) of the building model to achieve an accurate heating and cooling loads analysis. When working with linked models, all zones and spaces must be in the host (local) file. Review the report, adjust your design, and rerun the analyssi to create a more sustainable design solution.
These analysis tools are beneficial to Design and Modeling by allowing the Revit User to evaluate the sustainability of the building or how eco friendly the buidling is - The tools allow the user to analyze the building model, and optimize design options to improve performance outcomes.
12) What are the links that Revit supports to be linked to the model?
* Link Revit - It links other Revit Models to the current Revit Model. i.e. System files, MEP files. Used to coordinate efforts across AEC disciplines. i.e. linking a 2d CAD file to Revit.
* Link IFC - Not discussed
* Link CAD - Linkiing is similar to having an xref in AudtoCAD. When the original linked file changes, these changes are reflected (if possible) in the file when you reload the project.
* DWF Markup - Not discussed.
* Decal - Not discussed.
* Point Cloud - Not discussed.
* Coordination Model - Not discussed.
* Manage Links - Use this to manage the coordination efforts in Revit.
13) Why do you need the Collaborate tab in Revit? How it supports modeling and its efficiency
Collaboration tab in Revit enables work sharing; it allows users to work on a model simultaneously. Users can edit and sync a model in the cloudd, on a Local Area Network (LAN), or on a Wide Area Network (WAN). Users on LAN can work together on the same Revit Model. The Collaborate Tab supports modeling and its efficiency by helping users:
* Work Together - Multiple Revit Models can be linked together allowing to work in context; When there is a need for multiple users who are not in the same geographical locations, by using Revit software, multiple users can work together without any disturbance.
* Cloud Sharing - Enagles work sharing by creating a central file i.e. Cloud-File. The Cloud File creates multiple instances of independent files.
* Work Sharing - Worksharing is a design method that allows multiple team members to work on the same project file at the same time. The projects can be subdivided into worksets to accommodate such environments. You can enable worksharing by creating a Central Model so that the team members can simultaneously make design changes to a local copy of the Central Model.
and
* Central Model - is a model that multiple users can access, allowing sumultaneous work to occur. It is the Master project file. It acts as the distribution point for all changes published to the file. All team members save their own local copies of the central model, work locally, and then use the Synchronize with Central command to sychronize their edits to the model with the Central Model.