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

Question no.1:

• AIM:

• To create a 3D Furniture element. 
• To use proper view.

• Procedure:

• Open a new Autocadd file.
• Set the workplane in 3d view through workplan customization.
• The drawing to be drawn is furniture in a shape of a cuboid.
• The cuboid consist of a void.
• First a box sketched.
• The box is sketched by using a box tool in 3d modelling workplane.
• THe box tool is set on the workplane.
• The required cuboid is drawn with values 3'x2'6"x2'6"
• Where 3' is the length, 2'6" is the width and 2'6" is the depth of the box.
• Then the box is made to be void.
• To make void another box is created.
• This box is of size 2'8"x2'4"x2'4".
• Where 2'8" is the length, 2'4" are the width and the depth the new box.
• Then this new box is placed inside the first box such that it leaves 2" on 3 sides of the first box.
• Then subract tool is used.
• The subtract tool is used on the first box and then the new box.
• Where the new box makes the first box a void.
• The whole drawing is shown in a 2d wireframe view.
• The wire frame visible from behind are hide by 3dface tool.
• The 3dface was used on the top of the box and 
• Then the hide command was used to hide the wireframes.
• Then the required furniture in the shape of a cuboid with the required void was created.
• Thus created furniture in shown below. 

• RESULT:

• Thus the required furniture in the shape of a cuboid with the required void was created.
• Proper dimensions are used.
• The dimesions are made with corresonding views.
• The tools that are  suitable for the 3dworkplane were used. 

Question no.2:

• AIM:

• To create the 3d Model of an Isolated footing
• To use proper view.

• Procedure:

• Open a new Autocadd file.
• Set the workplane in 3d view through workplan customization.
• The drawing to be drawn is 3d Model of an Isolated footing
• The isolated footing is drawn as a box and a pyramid shape on the box
• First a box is sketched.
• The box to be drawn is of assumeddimensions.
• Thus the box has a thickness of 6"
• Then the box dimension given was 4'x4'.
• And the depth was given as 6".
• The a rec is creacted with a value of 1'x1'.
• The rec was created at a height of 2'
• Then the rec was made as a region.
• Then the loft tool was used to connect the box and the recctangle made as region to make a 3d object.
• Thus the box mounted with a pyramid was created.
• The drawing was created and viewd as 2d wireframe.
• Thus to hide the framed visible from the behind the tool 3dface and hide was used.
• The 3face command was used and then the top of the shape was sketched.
• And then the tool hide was used.
• Thus to hide the frames.
• And the shape is obtained in the 2d wireframe as a 3d object.
• Thus the 3d model of an isolated footing was created.

• RESULT:

• Thus the 3d model of an isolated footing was created.
• Proper dimensions are used.
• The dimesions are made with corresonding views.
• The tools that are suitable for the 3dworkplane were used.

Question no.3:

• AIM:

• To create the 3D view of the AASTHO Type Girder.
• To use proper view.

• Procedure:

• Open a new Autocadd file.
• Set the workplane in 3d view through workplan customization.
• The drawing to be drawn is the 3D view of the AASTHO Type Girder.
• The AASTHO type girder is similar to that of a I shape in 2d view.
• First trthe I shape was created by 2d top view in 3d modelling workplane.
• The I shape has the proper dimensions followed.
• Required chamfers were used in the edges of the I section.
• The total depth of teh I section is 3'.
• And the length of the I section is 1'
• The mid flange is sized to be 6".
• Then chamfers of required dimesion values were drafted.
• Then the I section is set in an isometric plane
• Then the 2d is made as region.
• Then the shape is extruded. 
• The extrusion was taken to 10' as required depth.
• Thus the required 3d model of AASTHO type girder was created.

• RESULT:

• Thus the 3d model of AASTHO type girder was created.
• Proper dimensions are used.
• The dimesions are made with corresonding views.
• The tools that are suitable for the 3dworkplane were used.

Question no.4:

• AIM:

• To create a 3d Model of a  drop column with panel.
• To use proper view.

• Procedure:

• Open a new Autocadd file.
• Set the workplane in 3d view through workplan customization.
• The drawing to be drawn is 3d Model of a drop column with panel.
• The column with drop panel was sketched using a box and a cylinder shapes.
• Initially the panel is sketched. 
• The panel is sketched using a bix structure.
• The box created with a size of' 4'6"x4'6"x6"
• Where the 4'6" is the lengtha nd breadth and the 6" is the depth of the pANEL.
• Then the column is  a cylinder.
• Hence to create a cylinder structure 
• First a circle of 1'6"dia is drawn in the mid of the panel created.
• The circle is drawn at a distance of 1' from the panel.
• The cylinder and the panel is connected by a loft.
• The cicle for loft created with a size of 3'6" diameter.
• Then the circles are lofted after making them as a region.
• The main cyilneder is presspulled to a distance of 10'
• Which represents the depth of the column as 10'
• Thus the required column with drop panel was created.
• The created column with drop panel is shown below.
• It is shown as both 3D mode and The top view as 2d.

• RESULT:

• Thus the required column with drop panel was created.
• Proper dimensions are used.
• The dimesions are made with corresonding views.
• The tools that are suitable for the 3dworkplane were used.

Question no.5:

• AIM:

• To create the 3d model of a wall. 
• To use proper view.

• Procedure:
• Open a new Autocadd file.
• Set the workplane in 3d view through workplan customization.
• The drawing to be drawn is 3d model of a wall. 
• Initially a rectangular block was created.
• In this drawing the modle contains the wall with a pitch on its top.
• And a door opening left in its sill.
• The rectangular block created here is for the wall.
• The wall of size 9" is created using a 3d box for a height of 12'6"
• And a width od 10'.
• Then a void is cretaed in the box.
• The void is for the door opening.
• The required door opening is of size 3'x7'.
• Where its head height is 7' and the door width gap is 3' along with a panel space.
• To create this void.
• A box of size 3'x 7' was made and fitted in the wall at the required position.
• Then the subtract tool was used to subtract the newly created box from the wall.
• Then the pitch in the top of the wall to be created.
• To create it the centre point at the top of the walll is chosen.
• And a 45 adn 135 degree line is drawn from the centre of the wall top.
• Then the extra part is sliced off.
• By creatinga a cone shape of required size and subtraccting with teh top.
• Thus the wall with pitched top and a door openig was created.
• The drafted 3d model of the wall is shown below.

• RESULT:

• Thus the wall with pitched top and a door openig was created.
• Proper dimensions are used.
• The dimesions are made with corresonding views.
• The tools that are suitable for the 3dworkplane were used.