Challenge

Creating 3D Isometric view of various structural elements in AutoCAD

1. Create a 3D Isometric View of the building with plan and elevation given.

AIM:

To Create a 3D isometric view of the the building with plan and elevation using Autocad

PROCEDURE:

  • In the command prompt type units >engineering>0'-0"
  • In the command prompt type limmax>100',100'
  • In the command prompt type limits >0',0'
  • In the command prompt type zoom > a
  • Go to the top view
  • In the command prompt type l to draw the lines of distance 10'-9" , 3',3-2" and thickness of 9"

  • Now go to south west isometric view and
  • In the command prompt type reg to region the object
  • In the command prompt type extrude to extrude the object

  • In the command prompt type dim to give the dimensions

  • Go to right view and draft the rectangle using rec command
  • Then go south west isometric view and extrude it to 9"
  • Using sub command subtract the windows
  • In the command prompt type h to hatch the windows
  • In the command prompt type rec anld l to give the window detailing

In south west isometric view:

RESULT:

2. Create the 3D View of the Building Façade as given in the plan and elevation. Also, see the detail of
the window.

AIM:

To Create the 3D view of the Building facade as given in the plan and elevation

PROCEDURE:

  • In the command prompt type units >engineering >0'-0"
  • In the command prompt type limmax >100'.100'
  • In the command prompt type limits >0',0'
  • Go to the top view
  • In the command prompt type l and draft the desired lines

  • In the command prompt type h to hatch the plan
  • In the command prompt type dim to give the dimensions
  • In the command prompt type mt to give the text

  • now go to south isometric view
  • In the command prompt type reg to region the plan
  • In the command prompt type extrude to extrude the plan

  • In the right view the window is drafted usings lines and rectangle commands

  • These windows are added to the wall in outh west isometric view

  • The front view of the elevation is shown in the front view
  • In command prompt type dim to give the dimensions

RESULT:

3. Create the ismoteric 3d view of a stair with railing as shown in the plan and elevation. Assume the
size of the balustrades and the hand rails.

AIM:

To create the isometric 3d view of a stair with railing as shown in the plan and elevation using 3D autocad software

PROCEDURE:

  • In the command prompt type units >engineering >0'-0"
  • In the command prompt type limmax >100'.100'
  • In the command prompt type limits >0',0'
  • Go to the top view
  • In the command prompt type l and draft the desired lines
  • In the top view the plan is created

  • Go to the front view and create tread and riser with the help l (lines) command
  • In the command prompt type dim to give the dimensions

  • Now go to the south west isometric view
  • In the command prompt type region to give the region
  • In the command prompt type extrude to extrude the staircase

  • In the command prompt type circle of diameter 2"
  • exturde to a distance of 3'-2"
  • In the command prompt type l and join the ralings

RESULT:

4. Create the 3D view of a Wall with spread footing . Create the Door opening only. Assume the size of
the parpaet and the coping. See the plans and elevation for the details. Also, create a rendered view of
the model with materials as of your choice.

AIM:

To Create the 3D view of a wall with spread footing and to also create a door opening using autocad

PROCEDURE:

  • In the command prompt type units >0'-0" > engineering > inches
  • In the command prompt type limmax >100'.100'
  • In the command prompt type limits >0',0'
  • Go to the front view
  • In the command prompt type l and draft the desired lines
  • In the right view the plan is created

  • In the command prompt type h (hatch ) to give the annotations
  • In the command prompt type dim give the dimensions

  • go to the south west isometric view
  • In the command prompt type extrude and extrude the plan

  • In the ribbon bar >visualization> material browser > at the material to each element

  • In the Ribbon bar > visualization>render to size

RESULT:

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