Creating 3D Isometric view of various structural elements in AutoCAD

CREATING 3D ISOMETRIC VIEW OF VARIOUS STRUCTURAL ELEMENTS IN AUTOCAD.

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

PROCEDURE: Creation of 3D model includes following steps:

1. First click 'UNITS' to change the given units in plan.
2. Then click 'REC' rectangle command to start the plan.
3. Then create the window opening as per given dimenssion.
4. Now set offset the line by using 'OFF' command.
5. Then 'DIM' command is used to show the dimenssion of paln.
6. After this click to view the plan in isometric view.then create the elevation along AA, BB of the plan.
7.  Elevation is created in the isometric view in Z Axis.
8. Once both ELevation AA and BB is done and do dimenssioning of element.
9. After finishing the drawing click 'SAVE' to save the drawing.
10. Finally using the 'SNIPPING TOOL' take a screenshot of the drawing and save it for later.

RESULT:  3D MODEL OF GIVEN STRUCTURAL ELEMENT IS DRAFTED AND FIGURE OF MODEL IS SHOWN IN BELOW ATTACHED PICTURE.

2.AIM: Create a 3D View of the building Facade as plan and elevation  given figure.

PROCEDURE: Creation of 3D model includes following steps:

1. Create the 2D & 3D view of the wall section plan and elevation view.
2. First click 'UNITS' to change the given units in plan.
3. Click 'L' line to draw the wall.
4.  Then create a 3D view in Z Axis of wall plan.
5. Then draw the elevation of the wall as per given drawing figure.
6. Then draw the window drawing using line 'L' and rectangle'REC' commands.
7. Click 'UCS' command to mention the diemnssion and click the correct axis to draw.
8. Then 'DIMLINER' command is used to show the dimenssion of paln.
9. After finishing the drawing click 'SAVE' to save the drawing.
10. Finally using the 'SNIPPING TOOL' take a screenshot of the drawing and save it for later.

RESULT:  3D MODEL OF GIVEN STRUCTURAL ELEMENT IS DRAFTED AND FIGURE OF MODEL IS SHOWN IN BELOW ATTACHED PICTURE.

3.AIM: Create a 3D View of the Stair with railing as plan and elevation  given figure.

PROCEDURE: Creation of 3D model includes following steps:

1. Create the 3D view of the staircase with railing given plan and elevation view.
2. First click 'UNITS' to change the given units in plan.
3. Click 'L' line and 'REC' rectangle command to draw the stairs.
4.  Then create a 3D view in Z Axis of stairs plan.
5. Then draw the elevation of the stairs as per given drawing figure.
6. Draw the elevation in Y and Z axis as per given diemession.
7. Then create the handrail with steps using line command.
8. Click 'UCS' command to mention the diemnssion and click the correct axis to draw.
9. Then 'DIMLINER' command is used to show the dimenssion of paln.
10. After finishing the drawing click 'SAVE' to save the drawing.
11. Finally using the 'SNIPPING TOOL' take a screenshot of the drawing and save it for later.

RESULT:  3D MODEL OF GIVEN STRUCTURAL ELEMENT IS DRAFTED AND FIGURE OF MODEL IS SHOWN IN BELOW ATTACHED PICTURE.

4.AIM: Create a 3D View of the Stair with railing as plan and elevation  given figure.

PROCEDURE: Creation of 3D model includes following steps:

1. Create the 3D view of the wall with spread footing given plan and elevation view.
2. First click 'UNITS' to change the given units in plan.
3. Click 'L' line and 'REC' rectangle command to draw the footing.
4.  Then create a 3D view in Z Axis of wall plan.
5. Then create the door for the wall using line command.
6. Click 'CIRCLE' command to create the door opening.
7. Then create the wall spread footing as per given diemession.
8. Then create the wall footing using line command.
9. Then Click 'HAT' to hatch the section portion.
10. Click 'UCS' command to mention the diemnssion and click the correct axis to draw.
11. Then 'DIMLINER' command is used to show the dimenssion of paln.
12. After finishing the drawing click 'SAVE' to save the drawing.
13. Finally using the 'SNIPPING TOOL' take a screenshot of the drawing and save it for later.

RESULT:  3D MODEL OF GIVEN STRUCTURAL ELEMENT IS DRAFTED AND FIGURE OF MODEL IS SHOWN IN BELOW ATTACHED PICTURE.