Challenge

Creating 3D Isometric view of various structural elements in AutoCAD

1.0

AIM: Drawing of 3D model of building using autocad software.

INTRODUCTION: In this challenge, use of 3d tools and 2d tools are used very professionally to create building section, elevation, 3D of building parts etc.

PROCEDURE: Following procedure is followed to draw 3D models of building.

- Start autocad with metric or imperial sytem.

- provide limits values.

MAKING WALLS AND FOOTING DETAIL:

- Note that building 3D always start with drawing of plan of building in xy plane.

- Draw plan of building using 2d tools as we draw general plan of buildings.

- After that make object which are to be extrueded as region using region and boundry command.

- Then command extrude select object and provide height of object.

- For making unique object use union command.

- For extract objects use extract command.

- For footing, draw 2d plan and then extrude it making region.

MAKING DOOR AND WINDOW:

- For door and window drawing draw 2d elevation using xy plan with the help of drawing and modifying tools.

- Then rotate it with 90 degree along x axis that means make it as parallel to z axis.

- Make it region and extrude it with providing height.

- Using 3D move command move it to correct position.

- For better handling turn on 3d snaps.

UCS AND ROTATE:

- When working in 3D UCS plays very vital roles.

- We always to work in xy plan.

- If we neend to change UCS then command UCS choose option in between face, 3points, axis etc.

- Fix it and dont forget to relocated on WCS when work is done in custom UCS.

- Make sure edges of objects are parallel to axis or is there any skew in between them.

- If skew is there then it will create problem so make parallel object with axis for perfect.

- For rotating object command 3drotate choose axis of rotation and rotate it.

DIMENSION:

- For dimension choose face of object and set ucs on that face and dimension it as we do in 2d model.

RESULT: I understood drafting of different 3D model like building parts, section and elevation in autoCAD software.

2.0

AIM: Drawing of 3D model of building using autocad software.

INTRODUCTION: In this challenge, use of 3d tools and 2d tools are used very professionally to create building section, elevation, 3D of building parts etc.

PROCEDURE: Following procedure is followed to draw 3D models of building.

- Start autocad with metric or imperial sytem.

- provide limits values.

MAKING WALLS AND FOOTING DETAIL:

- Note that building 3D always start with drawing of plan of building in xy plane.

- Draw plan of building using 2d tools as we draw general plan of buildings.

- After that make object which are to be extrueded as region using region and boundry command.

- Then command extrude select object and provide height of object.

- For making unique object use union command.

- For extract objects use extract command.

- For footing, draw 2d plan and then extrude it making region.

MAKING DOOR AND WINDOW:

- For door and window drawing draw 2d elevation using xy plan with the help of drawing and modifying tools.

- Then rotate it with 90 degree along x axis that means make it as parallel to z axis.

- Make it region and extrude it with providing height.

- Using 3D move command move it to correct position.

- For better handling turn on 3d snaps.

UCS AND ROTATE:

- When working in 3D UCS plays very vital roles.

- We always to work in xy plan.

- If we neend to change UCS then command UCS choose option in between face, 3points, axis etc.

- Fix it and dont forget to relocated on WCS when work is done in custom UCS.

- Make sure edges of objects are parallel to axis or is there any skew in between them.

- If skew is there then it will create problem so make parallel object with axis for perfect.

- For rotating object command 3drotate choose axis of rotation and rotate it.

DIMENSION:

- For dimension choose face of object and set ucs on that face and dimension it as we do in 2d model.

RESULT: I understood drafting of different 3D model like building parts, section and elevation in autoCAD software.

3.0

2.0

AIM: Drawing of 3D model of building using autocad software.

INTRODUCTION: In this challenge, use of 3d tools and 2d tools are used very professionally to create building section, elevation, 3D of building parts etc.

PROCEDURE: Following procedure is followed to draw 3D models of building.

- Start autocad with metric or imperial sytem.

- provide limits values.

MAKING WALLS AND FOOTING DETAIL:

- Note that building 3D always start with drawing of plan of building in xy plane.

- Draw plan of building using 2d tools as we draw general plan of buildings.

- After that make object which are to be extrueded as region using region and boundry command.

- Then command extrude select object and provide height of object.

- For making unique object use union command.

- For extract objects use extract command.

- For footing, draw 2d plan and then extrude it making region.

MAKING DOOR AND WINDOW:

- For door and window drawing draw 2d elevation using xy plan with the help of drawing and modifying tools.

- Then rotate it with 90 degree along x axis that means make it as parallel to z axis.

- Make it region and extrude it with providing height.

- Using 3D move command move it to correct position.

- For better handling turn on 3d snaps.

UCS AND ROTATE:

- When working in 3D UCS plays very vital roles.

- We always to work in xy plan.

- If we neend to change UCS then command UCS choose option in between face, 3points, axis etc.

- Fix it and dont forget to relocated on WCS when work is done in custom UCS.

- Make sure edges of objects are parallel to axis or is there any skew in between them.

- If skew is there then it will create problem so make parallel object with axis for perfect.

- For rotating object command 3drotate choose axis of rotation and rotate it.

DIMENSION:

- For dimension choose face of object and set ucs on that face and dimension it as we do in 2d model.

RESULT: I understood drafting of different 3D model like building parts, section and elevation in autoCAD software.

4.0

AIM: Drawing of 3D model of building using autocad software.

INTRODUCTION: In this challenge, use of 3d tools and 2d tools are used very professionally to create building section, elevation, 3D of building parts etc.

PROCEDURE: Following procedure is followed to draw 3D models of building.

- Start autocad with metric or imperial sytem.

- provide limits values.

MAKING WALLS AND FOOTING DETAIL:

- Note that building 3D always start with drawing of plan of building in xy plane.

- Draw plan of building using 2d tools as we draw general plan of buildings.

- After that make object which are to be extrueded as region using region and boundry command.

- Then command extrude select object and provide height of object.

- For making unique object use union command.

- For extract objects use extract command.

- For footing, draw 2d plan and then extrude it making region.

MAKING DOOR AND WINDOW:

- For door and window drawing draw 2d elevation using xy plan with the help of drawing and modifying tools.

- Then rotate it with 90 degree along x axis that means make it as parallel to z axis.

- Make it region and extrude it with providing height.

- Using 3D move command move it to correct position.

- For better handling turn on 3d snaps.

UCS AND ROTATE:

- When working in 3D UCS plays very vital roles.

- We always to work in xy plan.

- If we neend to change UCS then command UCS choose option in between face, 3points, axis etc.

- Fix it and dont forget to relocated on WCS when work is done in custom UCS.

- Make sure edges of objects are parallel to axis or is there any skew in between them.

- If skew is there then it will create problem so make parallel object with axis for perfect.

- For rotating object command 3drotate choose axis of rotation and rotate it.

DIMENSION:

- For dimension choose face of object and set ucs on that face and dimension it as we do in 2d model.

RESULT: I understood drafting of different 3D model like building parts, section and elevation in autoCAD software.

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