Introduction to REVIT concepts

1) INTRODUCTION TO REVIT CONCEPTS.

AIM:

To create a new project from the file menu and need to name the project appropriately.

INTRODUCTION:

• For creating a project, select a template from the projects list (or) the new project dialog box.
• To configure the project, choose manage project information and enter information in the project information dialog box.
• Revit then updates the title block for every sheet.

PROCEDURE:

• First open the revit software as shown below.
• Next select the file toolbar, the new tab is visible. then select the new option.
• From the new option select the project to create new project as shown below.

• Next the template file tab will be wisible on the screen.

• Select the construct template in the template file as shown below.
• Next we need to name the project
• Open the file toolbar, click on the the save as option, then the new tab will be visible.
• Then name the project as project 1 REVIT AS SHOWN BELOW.

RESULT: Created a new project from the file menu and saved the project with the name of project. revit.

2) AIM:

To save the new project file and need to close and open using icons from file toolbar.

INTRODUCTION:

• For creating a project, select a template from the projects list (or) the new project dialog box.
• To configure the project, choose manage project information and enter information in the project information dialog box.
• Revit then updates the title block for every sheet.
• By opening the file the previous files tab will be open and then we need to select the any file from the previous created files.
• By clicking the close option the project will be be closed.

PROCEDURE:

• Open the file toolbar, click on the save option, then the new tab will be visable.
• Then name the project as project 2. revit as shown below.

• Open the file toolbar, click on the open option, then the new tab will be visible.
• The previous files tab will be open and then we need to select the any file from the previous created files.
• next click the close option the project will be be closed.

RESULT:

The new project files has been saved and we opened and closed the new project using the icons from the toolbar.

3) AIM:

To draw a rectangular layout of walls of about 40' x 35' from the architecture / structure toolbar.

INTRODUCTION:

• For creating a project, select a template from the projects list (or) the new project dialog box.
• To configure the project, choose manage project information and enter information in the project information dialog box.
• Revit then updates the title block for every sheet.
• There are different types of wall sizes and wall types in the architucture toolbar.
• We can select different types of wallsto the projects.

PROCEDURE:

• First we click on the architecture toolbar to create different types of walls, as shown below.
• Next we select the 8" wall from the architecture toolbar,

• Using the 8" wall we draw the rectangular layout with the size of 40' x35' as show in fig.

RESULT:

Created a rectangular layout of walls using the architecture toolbar.

4) AIM:

Use the aligned option to add dimensions to the layout from the annotate toolbar.

INTRODUCTION:

• In this annotate tool bar aligned option is used to dimension the objects and any other 3D models (or) any other drawings.
• In this we used the annotate toolbar to dimension the rectangular layout using the aligned option in the annotate toolbar.

PROCEDUTRE:

• First we click on the annotate toolbar and select the aligned option to dimension the rectangular layout, as shown below.
• next we dimension the rectangular layout using the aligned option in the annotate toolba, as shown fig.

RESULT:

The dimensions for the rectangular layout is added successfully using the aligned option in the annotate toobar.

5) AIM:

To switch to the different wall types using the properties browser.

INTRODUCTION:

• From the rectangular layout we can change wall type by selecting the particular wall.
• In the properties browser there will be different wall sizes.

PROCEDURE:

• We select the default 3D option to view the rectangular layout to the 3D view, as shown fig.
• From the rectangular layout we select wall from the rectangular layout and change the different wall types as shown fig.

RESULT:

• From the properties browser the walls are switched to different types of wall sizes and types.

6) AIM:

To create a 3D view from the view toolbar and need to save the view with the approprite name.

INTRODUCTION:

• In the view toolbar we can see different options.
• View templates.
• Visibility / Graphics.
• Filters.
• Thin lines.
• Show hidden lines.
• Remove hidden lines.
• Cut profile.
• Render.
• Render in cloud.
• Render gallery.
• 3D view.
• Section.
• Call out.
• Plan views.
• Drafting view.
• legends.
• Schedules.
• Scope box.

PROCEDURE:

• Select theview toolbar and select the 3D view option.
• Next put the curser on the view cub and then right click, the new tab appears and click the save view option.
• After selecting the save view the small tab will visible, then enter the name of the 3D view as fig.

RESULT:

Created a 3D view from the view toolbar and saved the view with the appropriate name.

7)AIM:

Use the view cube to navigate through the 3D model and orbit / pan through the model layout.

INTRODUCTION:

• View cube is used to navigate the 3D model in any direction.
• Orbit is also used to navigate the 3D model to any direction.
• Pan is used to navigate the 3D model to the positions.

PROCEDURE:

• First we move the cursor to the view cube, then hold the view cube with the cursor, then rotate the view in the different directions.

• Use the view cube to rotate the 3D model by holding the view cube with the cursor, as fig.
• Open the steering wheel at right side of the screen,
• After opening the streeing wheel we need to select the pan option, then hold and move the 3D model view to the different positions

• Open the steering wheel at right side of the screen,
• After opening the steering wheel we need to select the orbit option, then hold and rotate the 3d model view to the different directions

RESULT:

The three dimensional model is navigated using the view cube, orbit and pan by holding them with the cursor

8) AIM:

Use the visibility setting option to switch model to shaded, realistic,hidden lines options.

INTRODUCTION:

• Using the visibility settings we can change the visibility of model, such as

• Wireframe.SaHidden line.
• Shaded.
• Consistent colours.
• Realistic.
• Ray trace

• Here we need to change visibility of 3D model to three types.

• Shaded.
• Hidden line.
• Realistic.

PROCEDURE:

• At the bottom click the graphic display setting option, then select the realistic option.
• The visibility of the 3D model is changed to the realistic.
• At the bottom click the graphic display settings option, then select the hidden line option.
• The visibility of the 3D model is changed to the hidden line.

• At the bottom click the graphic display settings option,then select the shaded option.
• The visibility of the 3D model is changed to the shade.

RESULT:

The visibility of the 3D model is successfully switched to shaded, relistic, hidden.

9) AIM:

To turn the sun path on and off to view shadings in the layout.

INTRODUCTION:

• The sun movement is an important consideration when designing high perforance buildings.
• To understand the impact of the solar position on your building, you can use the sun set and shadows settings in revit to visualize the position of the sun at your location at any time of the day.

PROCEDURE:

• Click the sun path icon at the bottom of the revit display area to open the sun path menu, select the sun path on,
• If a window paps up asking you to select the option use the specified project location, date, and time instead to display the sun path, select it.

• Then the sun path interface displays the ground compass, the position of the sun, time of day, and time of the year.
• Click the sun path icon at the bottom of the revit dispaly area to open the sun path menu, select the sun path off.

RESULT:

The sun path is turned on (or) off, that displays the ground compass, the position of the sun, time of day, and time of the year.

10)AIM:

Use the manage toolbar to enter project settings, project name, and project issue date.

INTRODUCTION:

• In the manage toolbar we can see different options, they are

• Materials
• Object styles
• Snaps
• Project information
• Project parameters
• Shared parameters
• Global parameters
• Transfer project standards
• Purge un used
• project units
• Additional settings
• Design options
• Location
• Coordinates
• Position
• Structural settings
• MEP settings
• Manage links
• Manage images

In this we need to select project information option and give the details of project.

PRECEDURE:

• In the manage toolbar, we need to select the projet information and enter the project details in the project settings.

• After selecting the project information option, the new tab will be visible on the screen as fig.
• Next we need to enter the details of the project in the project nnformation TAB,

RESULT:

The details of the project will be entered in theproject information tab.

11) Analyze toolbar used in revit and benefical for design and modeling.

• Analyse toolbar helps you to perform analysis on our structural building. the boundary conditions enable you to define point line and area boundary conditions in an analytical model. it will verify the boundary condition family types are loaded and assigned in your parametric features of the structural model, similarly we can apply point load to a model to evaluaute the performance of the building.

• Similarly we can add and edit load cases to define the design standard suggested load case to a model. we can combine differrent load cases using load combination icon, it will enable to add and edit load combinations for the analytical model.the main purpose of using the revit to evaluate the sustainability of the building that we modeling. so, we will be intrested in evaluating the energy or energy optimization of the building that we are going to model so, revit offers features such as, it creates an energy model from the features we have modelled in our projectand then the energy analytical model will be based on the conceptual material that wee use to construct the building and the quantity and the amount of material that are used in our projrct.

12)

A)The links that revit supports to be linked to the model are:

LINK REVIT: This allows to link another revit model to the current model, Eg: we can link models together to specify the relative individual building on a campus or to coordinate efforts across disciplines.

(ARCHITECTURAL,STRUCTURAL, MECANICAL )

LINK IFC:To link IFC file to current model to reference its information for additional design work.

LINK CAD:To link the 2d cad file to current revit file to create 3D by revit tools.

MANAGELINKS:Provides feature to manage the links to the building models. eg: if we are linking the electrical and structuralodel to remove electrical from structural, go to link manager and unlload the model we dont want.

13)

A) Collaborate tab in revit which supports modeling and its efficiency:

Revit provides several different ways to collaborate with team members who are also using the software.

• You can link multiple revit models together, allowing team members to work in context.
• Through worksharing, users on the same local area network (LAN) can work together in the same revit model.
• When collaboration needs to occur among users who are not in the same geographic location, use revit server or revit cloud worksharing.
• Revit server connects offices who share a network but are not in the same geographic location.
• Revit cloud worksharing is a cloud-based serice that allows any revit users inside or outside a network to collaborate on arevit model.