Challenge

Creating various 3D Models like Furniture, Footing, Girder, Column drop with panel and Gable Wall in AutoCad

1. Create a 3D Furniture element as shown in the Figure. Assume dimensions which are missing.

Aim:- To Create a 3D Furniture element as shown in the Figure:-

Introduction:-Creating a 3D model, the progression is in such a way that

Procedure:-

Start with the autocad⮕ set the unit type as decimal with the precision 0 and the insertion unit as milimeters⮕analyse the screen required for the drawing and set the screen size using limmax⮕Zoom⮕ all⮕ now the screen is ready for the drawing.
Switch the workspace to 3D basics and keep the screen in top view.
Create a box ⮕with giving cube length=3',width=2'6'',height=2'6'',
Type command UCS ⮕F⮕select the face for dimensioning⮕provide the required dimensions.
using the front face draw a line above the edge and take off set of 2'' in the same face.⮕do this on the the the front edges.
creating the face to scrude⮕scrude the rectangle formed on front face in its negative direction that is inside of the the furniture for 2'6''⮕i.e. upto the back face.
view the model in hidden mode and match with the given fig.
create surfaces on the rectangular sections.
using line command draw lines on the edge of the sections to use the command "edgesurf" to create surfaces.
view the model in shaded.⮕using snipping tool take snaps after each steps.

Results:- The snaps of the model created are as follows.

2. Create the 3d Model of an Isolated footing as shown in Figure.

Aim:- To Create a 3D model of an isolated footing as shown in the Figure:-

Introduction:-Creating a 3D model, the progression is in such a way that

Procedure:-

Start with the autocad⮕ set the unit type as decimal with the precision 0 and the insertion unit as milimeters⮕analyse the screen required for the drawing and set the screen size using limmax⮕Zoom⮕ all⮕ now the screen is ready for the drawing.
Switch the workspace to 3D basics and keep the screen in top view.
create a rectangle of @2',2'
offset the rectangle for 6'' to create a rectangle of 1' x 1'
select the smaller rectangle and move the rectangle as @0,0,2'6''
join the corners of smaller rectangle to larger rectangle and create faces at top,bottom,and all the four side faces.
select the front face and draw a line 6'' downwards ⮕do the same for all the four corners⮕as the face is created this way⮕create faces using "3DFACE" for all the faces.
view the model in shaded and hidden mode.⮕using snipping tool take snaps after each steps.

Results:- The snaps of the model created are as follows.

3. Create the 3D view of the AASTHO Type Girder.

Aim:- To Create the 3D view of AASTHO type girder as shown in the Figure:-

Introduction:-

AASTHO Girder-This is a kind of bridge girder which is introduced by the American Association of State Highways and Transportation officials.

Creating a 3D model, the progression is in such a way that

Procedure:-

Start with the autocad⮕ set the unit type as decimal with the precision 0 and the insertion unit as milimeters⮕analyse the screen required for the drawing and set the screen size using limmax⮕Zoom⮕ all⮕ now the screen is ready for the drawing.
Switch the workspace to 3D basics and keep the screen in top view.
create the edge face geometry of the girder using line tool⮕ mark the required dimensions.
Turn the view in 3D using 3Dview cube.
select extrude and select the drawn geometry as object.
excrude the geometry for 10' in z direction.

Results:- The snaps of the model created are as follows.

4. Create a 3d Model of a drop column with panel as shown in section and isometric view.

Aim:- To Create a 3D model of a drop column with panel as shown in the Figure:-

Introduction:-Creating a 3D model, the progression is in such a way that

Procedure:-

Start with the autocad⮕ set the unit type as decimal with the precision 0 and the insertion unit as milimeters⮕analyse the screen required for the drawing and set the screen size using limmax⮕Zoom⮕ all⮕ now the screen is ready for the drawing.
Switch the workspace to 3D basics and keep the screen in top view.
creating the circle for a dimeter of 1'6'' in the top view.
Excrude the circle to create column for 10' height.
Creating a cone of base dia as 1'6'' and the top radius as 21'',provide the height of the cone as 1'.
Select the cone created and overlap the cone on the circle by using move command,take care to coincide the geometrical centre of the cone to the circle ⮕ Do this all in Top view.
Now create a rectangle as @4'6,4'6⮕ overlap the created rectangle similarly as in the above step.
See th model in 3D if the model is matching as in the fig ⮕ take snap of the model in different modes.

Results:- The snaps of the model created are as follows.

5. Create the 3d model of a wall as shown in Figure. Consider wall thickness as 9”.

Aim:- To Create a 3D model of a wall as shown in the Figure:-

Introduction:-Creating a 3D model, the progression is in such a way that

Procedure:-

Start with the autocad⮕ set the unit type as decimal with the precision 0 and the insertion unit as milimeters⮕analyse the screen required for the drawing and set the screen size using limmax⮕Zoom⮕ all⮕ now the screen is ready for the drawing.
Switch the workspace to 3D basics and keep the screen in top view.
Using the line command creating the wall frame with the help of rectangular coordinate system.
Create a door of 3' x 7' as given in the figure.
Assuming the width of the wall as 9'' as directed in the question.
create surface on 3D faces and provide with a color to make it more visual.

Results:- The snaps of the model created are as follows.

Ship work like this
in your own course.