Challenge

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

  • PROBLEM NO : 1
  • AIM :
  • Create a 3D Furniture element as shown in the Figure. Assume dimensions which are missing.
  • PROCEDURE :
  • click on AUTOCAD application
  • command : QNEW
  • click on ADVANCE SEETING
  • UNIT : ENGINEERING precision 0'-0"
  • ANGLE : DECIMAL DEGREE PRECISION 0
  • ANGLE MEASURE : EAST AND CLICK ON NEXT
  • ANGLE DIRECTION : COUNTER CLOCKWISE AND CLICK ON NEXT
  • AREA : 50' X50'
  • PRESS : ENTER
  • command : un (for units )
  • select the unit as ENGINEERING PRECISION 0'-0"
  • SELECT SCALE AS INCHES
  • PRESS : ENTER
  • click on WORKSPAE SWETCHENG
  • Select the 3D MODELLING
  • Then select the 2D wireframe
  • take the USC Direction shown in below
  • command : L (for line )
  • select the start point
  • line specify next point @0,0.2'-6"
  • line specify next pont @0,0,3'
  • line specify next point @0,0,2'-6"
  • line specify next point @0,-2",0
  • line specify next point @0,0.2'-4"
  • line specify next point @0,-2'-10",0
  • line specify next point @0,0,-2'-4"
  • line specify next point @0,-2",0
  • press : enter
  • command : REC (for rectangle )
  • select the start point
  • click on DIMENSION
  • length : 3'
  • width : 2'
  • press : enter
  • go to the ANNOTATION TAB
  • select the dimension
  • and give the dimension to the figer
  • command :3DFACE
  • Specify the all four points
  • press : enter
  • command : H (for hide )
  • select the object
  • press : ENTER
  • in this way give the surface to all faces
  • by using command 3DFACE and HIDE Command
  • press : ENTER
  • RESULTS :
  • COMMAND USED :
  • START : QNEW
  • UNITS : UN
  • ZOOM : Z
  • RECTANGLE : REC
  • LINE : L
  • 3DFACE : 3F
  • PROBLEM NO : 2
  • AIM :
  • Create the 3d Model of an Isolated footing as shown in Figure.
  • PREOCEDURE :
  • click on AUTOCAD application
  • command : QNEW
  • click on ADVANCE SEETING
  • UNIT : ENGINEERING precision 0'-0"
  • ANGLE : DECIMAL DEGREE PRECISION 0
  • ANGLE MEASURE : EAST AND CLICK ON NEXT
  • ANGLE DIRECTION : COUNTER CLOCKWISE AND CLICK ON NEXT
  • AREA : 50' X50'
  • PRESS : ENTER
  • command : un (for units )
  • select the unit as ENGINEERING PRECISION 0'-0"
  • SELECT SCALE AS INCHES
  • PRESS : ENTER
  • click on WORKSPAE SWETCHENG
  • Select the 3D MODELLING
  • Then select the 2D wireframe
  • take the USC Direction shown in below
  • command :REC (for rectangle )
  • select the first point
  • click on DIMENSION
  • Length : 3'
  • width :3'
  • press : enter
  • command : REC (FOR RECTANGLE )
  • select the start point
  • click on DIMENSION
  • length : 1'
  • width : 1'
  • press enetr
  • draw the rectangle in such way that both rectangle having same center point
  • command : MOVE
  • select the small rectangle
  • click on base point
  • then give the height as @0,0,2'6"
  • press : enter
  • command : L (for line )
  • select teh start point
  • and join the line
  • show in below
  • press : enter
  • command : 3Dface
  • select the four point
  • press : enter
  • command : H (for hide )
  • select object
  • press : enter
  • go to the ANOTATION tab
  • click on DIMENSION
  • and give the dimension
  • shown in fig
  • press : enter
  • RESULTS :
  • COMMAND USED :
  • START : QNEW
  • UNITS : UN
  • ZOOM : Z
  • LINE : L
  • RECTANGLE : REC
  • LINE : L
  • 3DFACE
  • HIDE : H
  • PROBLEM NO : 3
  • AIM:
  • Create the 3D view of the AASTHO Type Girder.
  • PROCEDURE :
  • click on AUTOCAD application
  • command : QNEW
  • click on ADVANCE SEETING
  • UNIT : ENGINEERING precision 0'-0"
  • ANGLE : DECIMAL DEGREE PRECISION 0
  • ANGLE MEASURE : EAST AND CLICK ON NEXT
  • ANGLE DIRECTION : COUNTER CLOCKWISE AND CLICK ON NEXT
  • AREA : 50' X50'
  • PRESS : ENTER
  • command : un (for units )
  • select the unit as ENGINEERING PRECISION 0'-0"
  • SELECT SCALE AS INCHES
  • PRESS : ENTER
  • click on WORKSPAE SWETCHENG
  • Select the 3D MODELLING
  • Then select the 2D wireframe
  • take the USC Direction shown in below
  • select the TOP view
  • command : L (line )
  • select start point
  • length specify next point @1'-6" ,0
  • length specify next point @ 0,6"
  • press : enter
  • command : L (for line )
  • select the start point
  • length specify next point @0,6"
  • length specify next point @ 6"<135
  • length specify next point @0,1'6"
  • length specify next point @6"<135
  • length specify next point @0,6"
  • length specify next point @0,6"
  • length specify next point @1',0
  • length specify next point @0,-6"
  • legth specify next point @0,-1'6"
  • then click on closed
  • press : ENTER
  • go to the ANOTATION TAB
  • select the DIMENSION
  • and give the dimension to the object
  • command REGION
  • select the object
  • press : enter
  • command :SHADED
  • press : ENTER
  • command : x (FOR EXPLODE )
  • select the object
  • give the heigth of explode 10'
  • press : enter
  • RESULTS :
  • COMMAND USED :
  • QSTART : START
  • UNITS : UN
  • ZOOM : Z
  • LINE : L
  • REGION
  • EXPLODE : X
  • HIDE : H
  • PROBLEM NO : 4
  • AIM :
  • Create a 3d Model of a drop column with panel as shown in section and isometric view.
  • PROCEDURE :
  • click on AUTOCAD application
  • command : QNEW
  • click on ADVANCE SEETING
  • UNIT : ENGINEERING precision 0'-0"
  • ANGLE : DECIMAL DEGREE PRECISION 0
  • ANGLE MEASURE : EAST AND CLICK ON NEXT
  • ANGLE DIRECTION : COUNTER CLOCKWISE AND CLICK ON NEXT
  • AREA : 50' X50'
  • PRESS : ENTER
  • command : un (for units )
  • select the unit as ENGINEERING PRECISION 0'-0"
  • SELECT SCALE AS INCHES
  • PRESS : ENTER
  • click on WORKSPAE SWETCHENG
  • Select the 3D MODELLING
  • Then select the 2D wireframe
  • take the USC Direction shown in below
  • select the TOP view
  • command : L (for line )
  • select the start point anywhere
  • length specify next point @6",0
  • length specify next point @0,4'-6"
  • length specify next point @-6",0
  • length specify next point @0,-4'-6"
  • press : enter
  • command : L (for line )
  • select the start point
  • length specify next point @6"<45
  • length specify next point @-10',0
  • length specify next point @0,1'-6"
  • length specify next point @-10,0
  • then closed
  • press : enter
  • go to the anotation tab
  • click on DIMENSION
  • and give the dimension
  • OBJECT NO : 2
  • PROCEDURE :
  • go to the custum view
  • command : REC (for rectangle )
  • give the start point
  • click on dimension
  • give the starting point
  • length : 4'5"
  • width : 4'5"
  • press : enter
  • command : c (for circle )
  • select the start point
  • click on DIAMETER
  • diameter : 3'5"
  • press : enter
  • command : C (for circle )
  • select the start poiint
  • click on diameter
  • diameter : 1'5"
  • press : enter
  • command :M (for move )
  • select the object
  • select the base point
  • give the height as @0,0,1'
  • press : enter
  • command : REGION
  • select the object
  • press : enter
  • command : SHADED
  • press : enter
  • command : X (for explode )
  • select the object
  • give the height is 10'
  • press : enter
  • go to the REBIEN
  • CLICK ON PRESSPULL
  • SELECT THE RECTANGLE
  • AND PRESS IT AS SHOWN IN FIG
  • RESULTS :
  • COMMAND USED :
  • START : QSTART
  • UNITS : UN
  • LINE : L
  • REGION
  • EXPLODE : X
  • PAN :P
  • SHADED
  • PROBLEM NO : 5
  • AIM
  • Create the 3d model of a wall as shown in Figure. Consider wall thickness as 9”.
  • PROCEDURE :
  • click on AUTOCAD application
  • command : QNEW
  • click on ADVANCE SEETING
  • UNIT : ENGINEERING precision 0'-0"
  • ANGLE : DECIMAL DEGREE PRECISION 0
  • ANGLE MEASURE : EAST AND CLICK ON NEXT
  • ANGLE DIRECTION : COUNTER CLOCKWISE AND CLICK ON NEXT
  • AREA : 50' X50'
  • PRESS : ENTER
  • command : un (for units )
  • select the unit as ENGINEERING PRECISION 0'-0"
  • SELECT SCALE AS INCHES
  • PRESS : ENTER
  • click on WORKSPAE SWETCHENG
  • Select the 3D MODELLING
  • Then select the 2D wireframe
  • take the USC Direction shown in below
  • command : L (for line )
  • select the start point
  • length specify next point @3'6",0,0
  • length specify next point @0,0'.7'
  • length specify next point @3',0,0
  • length specify next point @0,0,-7'
  • length specify next point @3'6",0,0
  • length spcify next point @3'6",0,0
  • length spcify next point @0,0,10'
  • press : enter
  • command : L (for line )
  • select the start point as a midpoint of
  • length specify next point @0,0,12'6"
  • press enetr
  • by using line command join the lines as shown in fig
  • go to the ANOTATION tab
  • click on DIMENSION
  • and give the dimension
  • press : enter
  • command :REGION
  • Select the object
  • press : enter
  • command : CONCEPTUAL
  • Press : ENTER
  • command : X (for explode )
  • select the object
  • give the HEIGHT of explode is 9"
  • press : enter
  • RESULTS :
  • COMMAND USED :
  • START : QSTART
  • UNITS : UN
  • LINE : LINE
  • TRIAM : TR
  • REGION
  • HIDE : H
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