Challenge

Creating 3D Isometric view of various structural elements in AutoCAD

1.AIM

To create a 3D Isometric view of the building with plan and elevation using the various commands in Auto CAD.

PROCEDURE

To create a new sheet from application of Auto CAD.
Go to the setting and to change the view of the page from Drafting to 3D modeling.
Type ,,UN’ to set the units of current format of measure.( feet and inches).
Type ,,LIMITS’ to set the maximum dimension limits on the particular page.
First we take the top view of the page.
First to create a plan with 2D.
The dimension of the plan is 10’9” x 10’9”.
The wall thickness is 9” at standard size of residential building.
Here we fixed the two windows of the both side of wall
We have to create the layer properties of understanding the objects like wall, window,text,,etc..,
After create the 2D plan , let to change the view of 3D modeling with view the any custom views.
Type ,, BOUNDARY’ to create an all areas in a one boundary to easily extrude the wall.
Type extrude to create a surface or solid of a 2D surface.
Here, we take the extruded height is 10 feet.
Type ,, 3D ORBIT’ to view a 3D orbit viewport in the current viewport.
Type ,, REC’ to create a rectangle with a given dimensions.
For here to fix the window before we create the rectangle at bottom of wall and then we extrude the rectangle area.
Type ,, subtract ‘ to delete the window area for open view.
To save the diagram to particular file.

RESULTS

The diagram of 3D View of building is drawn as per dimensions using the software of Auto.

DIAGRAM

2.AIM

To create a 3D view of the building Facade using the various commands in Auto CAD.

PROCEDURE

To create a new sheet from application of Auto CAD.
Go to the setting and to change the view of the page from Drafting to 3D modeling.
Type ,,UN’ to set the units of current format of measure.( feet and inches).
Type ,,LIMITS’ to set the maximum dimension limits on the particular page.
First we take the top view of the page.
First to create a plan with 2D.
The dimension of the plan is 6’9” X 10’9”.
The wall thickness is 9” at standard size of residential building.
Here, we create a plan and elevation of given dimension.
The size of the window is 3’0” x 4’2”.
Take a offset length of from plinth to base of window is 4’6”.
Let we create an elevation of G+3 building.
Create a window at standard given dimension.
Type ,, BOUNDARY’ to create an all areas in a one boundary to easily extrude the wall.
Type extrude to create a surface or solid of a 2D surface.
Here, we take the extruded height is 10 feet.
Type ,, 3D ORBIT’ to view a 3D orbit viewport in the current viewport.
Type ,, REC’ to create a rectangle with a given dimensions.
For here to fix the window before we create the rectangle at bottom of wall and then we extrude the rectangle area.
Type ,, subtract ‘ to delete the window area for open view.
To save the diagram to particular file.

RESULTS

The diagram of 3D Plan and elevation is drawn as per dimensions using the software of Auto.

DIAGRAM

3.AIM

To create a 3D Isometric view of the stair with railing using the various commands in Auto CAD.

PROCEDURE

To create a new sheet from application of Auto CAD.
Go to the setting and to change the view of the page from Drafting to 3D modeling.
Type ,,UN’ to set the units of current format of measure.( feet and inches).
Type ,,LIMITS’ to set the maximum dimension limits on the particular page.
First we take the top view of the page.
First to create a plan with 2D.
To create a staircase with a standard dimensions
Tread is 1 feet and Riser is 6 inches.
The width of the stair is 3 feet.
The railing is located from the base height is 3 feet and 2 inches.
Type ,, BOUNDARY’ to create an all areas in a one boundary to easily extrude the Stair.
Type,, 3DROTATE’ it helps to Rotate the objects in 3D view.
Type EXTRUDE to create a surface or solid of a 2D surface.
Here, we take the extruded Width of the stair is 3 feet.
Type ,, 3D ORBIT’ to view a 3D orbit viewport in the current viewport
To save the diagram to particular file.

RESULTS

The diagram of 3D Isometric view of stair is drawn as per dimensions using the software of Auto.

DIAGRAM

4.AIM

To create a 3D Isometric view of the wall with spread footingusing the various commands in Auto CAD.

PROCEDURE

To create a new sheet from application of Auto CAD.
Go to the setting and to change the view of the page from Drafting to 3D modeling.
Type ,,UN’ to set the units of current format of measure.( feet and inches).
Type ,,LIMITS’ to set the maximum dimension limits on the particular page.
First we take the top view of the page.
First to create a plan with 2D.
To create a plan of wall with footing size.
The footing dimension is taken from the section view of plan at given standard dimensions.
The length of the wall is 7500mm and height of the wall is 3300 from the base plinth level.
This footing is designed by two stepped footing and PCC height is 300mm.
The door size is 900mm x 2100mm.
After create the 2D plan , let to change the view of 3D modeling with view the any custom views.
Type ,, BOUNDARY’ to create an all areas in a one boundary to easily extrude the wall.
Type extrude to create a surface or solid of a 2D surface.
Here, we take the extruded height is 3300 mm.
Type EXTRUDE to create a surface or solid of a 2D surface.
Type ,, REC’ to create a rectangle with a given dimensions.
For here to fix the DOOR before we create the rectangle at bottom of wall and then we extrude the rectangle area.
Type ,, SUBTRACT ‘ to delete the window area for open view.
Here to provide the lintel view also for the given dimension.
Type ,, 3D ORBIT’ to view a 3D orbit viewport in the current viewport
To save the diagram to particular file.

RESULTS

The diagram of 3D view of the wall with spread footing is drawn as per dimensions using the software of Auto.

DIAGRAM

Ship work like this
in your own course.