Creating 3D Isometric view of various structural elements in AutoCAD
CHHLANGE 13
1
AIM: To create a 3D isometric view of the building.
INTRODUCTION: To create a 3D isometric view of the building with plan and elevation with their dimensions and to use the materials give the building for rendering purpose.
PROCEDURE:
1.Open auto cad and set unit of the drawing
2.Go for a 3D modeling
3.Then go for top view
4.Create a rectangle 10’9”x 10’9”
5.Offset 9” inner side
6.Trim the both side portion of the inner rectangle
7.Extend the both line to the outer rectangle
8.Draw a midline of the both wall section
9.Go for offset 1’7” both side for window of the wall
10.Go for second wall and offset 1’6” both side for another window
11.Delete the mid line of both side
12.Create a mid line for the sown both window
13.Set the dim style for the shown dimension
14.Give the dimension of the wall
15.Set the text style
16.Then give the name of the drawing
17.Go for 3D view and crate a box which is 10’9”,9”,10’
18.Create a same as another wall
19.Go for union command and join the both wall
20.Createa a window 3’2”,9”,4’
21.Create another window 3’.9”,4’
22.Move the sill level of the window 3’ height then subtract the window of the wall portion
23.Go for shaded view
24.Then crate a window as given the diagram to create a 3 boxes size is 6” smaller then last window
25.Then subtract to each other small to big
26.Just look like that
27.All window look like that Then explode the smaller both boxes
28.then delete the outer surface
29.Then hallow box extrude 7”
30.Then place the mid of the first hallow box
31.Then place another surface then the window is ready
32.Define the material of the window or color of the window for rendering purpose
33.Then place the window from wall
34.Same as another window crate and place the another window Then define the material of the wall and create a top lintel portion of the building 9”thick
35.And place the top surface and create a bottom surface 4” thick
36.Place the bottom surface
37.This is a front view of the building
38.This is a back view of the building in 2d wireframe or elevation of A portion
39.This is a side view of the building in 2d wireframe or elevation of B portion
RESULT: Drawn the object at a given dimensions and also define the materials or color.
2
AIM: To create a 3D isometric view of the multistory building.
INTRODUCTION: To create a 3D isometric view of the building with plan and elevation with their dimensions and to use the materials give the building for rendering purpose.
PROCEDURE:
1.Go for a top view and create a box 9”,10’9”
2.Again box 6’9”,9”
3.And place the corner as shown in figure
4.then mirror the left side box at right side
5.Then trim the cornet lines
6.Deaw a window through line or offset command create a mid line and offset both side
7.The create a mid line and hattch both wall portion
8.Then give the dimension of the plan
9.Go for shaded view and copy the object and delete the hatch
10.Create a region
11.Delete the mid lines and create a rectangle
12.Then extrude the surface
13.Same as mid portion create a region and extrude the surface and use the union command for a single object
14.Create small boxes as top portion as same as given section of the drawing
15.Then connect these three boxes.
16.Then use the union command for a single object
17.Then place the top of the building
18.Create a boxes for drawn a window The size of boxes as given window pannel
19.Copy the all boxes
20.Then subtract the boxes small to big as shown in figure
21.Then place the window as given section of the drawing
22.Place the mid surface of the window
23.Then define the material of the window for rendering purpose
24.Go for a 2D wireframe and plane
25.Give the dimension of the window
26.Then place the window as a given distance of the drawing
27.Go for a 2D wireframe and plane
28.Difne the dimension of the drawing
RESULT: Drawn the object as a given dimensions and also define the materials or color.
3
AIM: To create a 3D isometric view of the stair and railing.
INTRODUCTION: To create a 3D isometric view of the stair shown in plan and elevation with their dimensions and to use the materials for the rendering purpose.
PROCEDURE:
1.createa a vertical line 6”
2.create a horizontal line 1’
3.Create to continue t vertical 6” and horizontal 1” fallow the step at 9 times
4.Then draw the landing 3’ as given drawing
5.Go for down 4”
6.Back side 1’6”
7.To join the bottom line
8.Then go for the negative direction 4’ as shown in figure
9.Mirror the object at mid of the line
10.Then join the line as a some step It is ready to isometric view of the stair portion
11.Create a balusters create a up word line 3’2”and offset the line 2”and join the both line
12.Then copy the object and place the each step of the
13.Then create a hand rail which is 4” thick
14.Then trim the intersection or inner portion of the hand rail
15.Then copy the object another side and go For 2D wireframe
16.Go for the plane and give the dimension of the staircase and name
17.Go for a top view of the drawing and show the dimension of the drawing
18.Go for a side view and create a region of the drawing and extrude the region the region is individual for railing blasters and stair step portion Then extrude the region.
19.Then mirror the hand rail and blaster for another side
20.Then give the material of the stair for the rendering purpose
RESULT: In this drawing I am creating a 3D isometric view in the use of line command and also use of solid view.
4
AIM: To create a 3D isometric view of the wall with footing.
INTRODUCTION: Create a 3D view of a Wall and spread footing. Create the Door opening and show the plans and elevation for the details. And create a rendered view of the model with materials.
PROCEDURE:
1.change the unit of the drawing in mm Then create a box 300,7500
2.Create a mid line of and offset 450mm bothe side and trim the mid portion
3.create a door symbol for door opening
4.Then create a line distance which is 50mm two times and 150mm one times and join the all lines then mirror the another side of the wall as shown in figure
5.Then create a boundary and hatch that portion the delete the boundary
6.Then create a section and dash line at cantilever portion Then give the name
7.Then give the dimension of the drawing
8.Go for isometric view shaded
9.create a box which is 300,7500,3300mm
10.crate another box which is 300,900,2100mm
11.Then subtract the box at mid portion of The wall.
12.Then create another surface 50mm and place the wall two times and one times 150mm
13.Then create a box at cut the door portion
14.Then subtract the door potion
15.Then mirror the last three surface to another side of the wall
16.Create a cantilever surface and give region and extrude the surface
17.and place the top of door
18.create a box as a size of door
19.And place of the mid of the door
20.Define the color of the wall or material of the wall Then go for a render
21.Cross section view of the wall
Section of the wall
22.Create a rectangle 700,300mm
23.The again create a rectangle and place at mid of the footing which is 500x400mm, 400x400mm,300x600
24.Then trim the mid line as shown in figure
25.Then create a rectangle 300x50mm
26.Then again create rectangle 100x2100mm and mirror the other side
27.Then create a cantilever portion through poly line
28.Then again create a rectangle 300x1050mm and above create a line and offset 150mm and join the line and create a above portion of the as a parapet wall through poly line
29.Then hatch the wall and footing.
30.Give the dimension of the drawing.
31.Go for isometric view
32.Create a box of the footing 700,700,300mm
33.create another box of the size of the footing and place the mid of the footing as shown in figure
34.Then create a cut portion of the wall go for a box 100,300,2100mmand mirror the another corner
35.Then create a cantilever and create a region and extrude 300mm then place of the wall
36.Then create a above box as a given dimension and place the top of the wall
37.Then create a above portion of the wall
38.Go for a material and define the material and go for a render.
RESULT: In this drawing I am creating a 3D isometric wall section or elevation of the wall section and define the material of the wall of color of the wall and also create a isometric cross section of the wall with their footing.