Challenge

Drafting of various geometries using Chamfer, Fillet tool in AutoCad

  • DRAFTING OF A VARIES GEOMETRIES DRAWINGS USING CHAMFER , FILLET AND OTHER TOOLS IN AUTOCAD .
  • SOFTWARE USED : AUTODESK AUTOCAD 2021
  • AIM : TO DRAW THE GIVEN DRAWING BY USING AUTOCAD SOFTWARE :
  • PROCEDURE :
  • first the open the software
  • give the command QNEW and press the ENTERE key
  • click on imperical templete
  • select ADVANCE SETUP
  • unit : decimal , precision :0.00
  • angle :decimal degree , precision :0.00
  • angle measure : East
  • angle direction : closkwise
  • area : 20*20
  • and finished , lets start
  • command :PL (for polyline )
  • starting point :1,1
  • @3<0
  • @2.12<45
  • @2.83<135
  • @2<180
  • then closed
  • after that ,
  • object snap :ON
  • in object snap slect the MIDPOINT AND ENDPOINT option press OK and closed the dialog box .
  • command :L (line )
  • starting point : midpoint of line (@3<0)
  • then ,@1<90
  • press ENTER
  • Command : C ( circle )
  • starting point : endpoint of line (@1<90
  • press :DIAMETER
  • give the diameter :1.20 press :ENTER
  • delete :line (@1<90)
  • then ,
  • command :L (line )
  • starting point :midepoint of line (@3<0)
  • @2.50<90
  • press ENTER
  • command :C (circle )
  • starting point : endpoint of line (@2.50<90)
  • press :DIAMETER ,
  • give the diameter 0.80
  • delete : line (@2.50<90)
  • give the dimensition of all point
  • go to the PROPERTIES dilog box
  • change the text colour :sky blue
  • arrow colour :red
  • finished
  • RESULTS :
  • BELOW DIAGRAM SHOW THE RESULTS OF ABOVE PROCEDURE :
  • AIM :DRAW THE FOLLOWING FIG BY USING AUTOCAD SOFTWARE :
  • PROCEDURE :
  • first the open the software
  • give the command QNEW and press the ENTERE key
  • click on imperical templete
  • select ADVANCE SETUP
  • unit : Engineering , precision :0'-0"
  • angle :decimal degree , precision :0.00
  • angle measure : East
  • angle direction : counterclockwise
  • area : 20*20
  • and finished , lets start
  • object snap : ON ,ENDPOINT AND MIDPOINT
  • command :L (line )
  • @2'-6"<45 degree
  • press :ENTER
  • command :L(line )
  • starting point : first point of line (@2'-6"<45)
  • @3'<135
  • @2'-5"<90
  • @8'<0
  • @1'-9"<270
  • press : ENTER
  • Command :L (for line )
  • starting point : endpoint of line (@2'-6"<45)
  • give distance @3'1"<0
  • joint the endpoint of line (@1'-9")
  • press :ENTER and finished
  • give all dimensition
  • go to the properties dialog box
  • change the colour of text and arrow
  • text colour :yellow
  • arrow colour :red
  • RESULTS :
  • AIM : DRAW THE FOLLOWING DIAGRAM BY USING VARIOUS COMMAND AND TOOLS IN AUTOCAD :
  • PROCEDURE :
  • first the open the software
  • give the command QNEW and press the ENTERE key
  • click on imperical templete
  • select ADVANCE SETUP
  • unit : Engineering , precision :0'-0"
  • angle :decimal degree , precision :0
  • angle measure : East
  • angle direction : counterclockwise
  • area : 20*20
  • and finished , lets start
  • command :L (line )
  • @3'-3.0"<90
  • @2'-6.5"<0
  • press :ENTER
  • command :L (line )
  • objest snap :ON , endpoint and midpoint
  • starting point :first point of line (@3'-3.0"<90)
  • @5'-0.1"<0
  • then joint the endpoint of line (2'-6.5"<0) by using object snap
  • press :enter
  • command :L (for line )
  • starting point :first point of line (3'-3.0"<90)
  • @1'-3.0"<0
  • @1'6.0"<90
  • press enter
  • command :C (for circle )
  • starting point :endpoint of (@1'-6.0<90) by using object snap
  • give the diameter :1'-6.0"
  • press :enter
  • delete :line @1'-6.0"<90
  • properties:
  • arrow colour: red
  • text colour :yellow
  • RESULTS :
  • AIM : CREATE THE FOLLOWING GEOMATRIC FIG BY USING AUTOAD SOFTWARE :
  • PROCEDURE :
  • first the open the software
  • give the command QNEW and press the ENTERE key
  • click on imperical templete
  • select ADVANCE SETUP
  • unit : Decimal , precision :0.00
  • angle :decimal degree , precision :0
  • angle measure : East
  • angle direction : counterclockwise
  • area : 20*20
  • and finished , lets start
  • ortho mode : ON
  • object snap : ON select endpoint and midpoint
  • command : PL ( for polyline )
  • select starting point
  • @0.50<90
  • @3.00<180
  • @3.00<90
  • @1.00<0
  • @2.00<90
  • @2.50<0
  • @3.00<270
  • @2.00<0
  • @2.50<270
  • then join the endpoint of line (@0.50<90)
  • press : ENTER
  • command :DIM (for dimension )
  • give the dimension to all points
  • select all dimension
  • go to the properties
  • change the colour of arrow and text
  • text colour :yellow
  • arrow colour :red
  • RESULTS :
  • BELOW THE GEOMETRIC FIG IS GIVEN OF ABOVE PROCEDURE
  • COMMAND USED :
  • POLYLINE :PL
  • DIMENSION :DIM

  • AIM : DRAW THE GIVEN FIG IN AUTOCAD SOFTWARE BY USING TOOLS IN AUTOCAD :
  • PROCEDURE :
  • first the open the software
  • give the command QNEW and press the ENTERE key
  • click on imperical templete
  • select ADVANCE SETUP
  • unit : Decimal , precision :0.00
  • angle :decimal degree , precision :0
  • angle measure : East
  • angle direction : counterclockwise
  • area : 20*20
  • and finished , lets start
  • ortho mode : ON
  • object snap : ON select endpoint and midpoint
  • command : PL ( for polyline )
  • select the starting point
  • @11.50<0
  • @6.00<90
  • @11.50<180
  • @6.00<270
  • closed
  • command :L (for line )
  • select the first point of line (11.50<0)
  • @1.50<0
  • @3.00<90
  • press : ENTER
  • command :C (for circle )
  • select the point of line (3.00<90)
  • diameter :1.00
  • press :ENTER
  • again go for command :c (for circle )
  • select the endpoint of line (@3.00<90)
  • diameter :2.00
  • press : ENTER
  • delete line :@3.00<90
  • press :ENTER
  • command :l( for line)
  • starting point : select the midpoint of circle (
  • @4.25<0
  • @3.00<90
  • press :ENTER
  • command :C (for circle )
  • select the starting point of line (@3.00<90)
  • click on DIAMETER
  • dimater :3
  • press : ENTER
  • delete :@3.00<90
  • command : L (FOR LINE )
  • select the midpoint of circle having diameter is 3
  • @4.25<0
  • @3.00<90
  • press :ENTER
  • command :C (for circle )
  • starting point :click on endpoint of line (@3.00<90)
  • clinck on DIAMETER
  • diameter :1
  • press :ENTER
  • Command :C (For circle )
  • select last point of line @3.00<90
  • click on diamter
  • diamter :2
  • press : ENTER
  • delete line 1:@3.00<90
  • command :L (For line )
  • starting point :midpoint of circle having diamter 3
  • @2.72<180
  • @6.00<900
  • press : enter
  • again click on midpoint of circle having diameter 3
  • @2.75<0
  • @6.00<90
  • press : ENTER
  • Give the dimension and select it
  • go to the properties
  • text colour:Yellow
  • arrow colour :red
  • RESULTS :
  • COMMAND USED :
  • LINE :L
  • CIRCLE :C
  • ERRESE :E
  • DIMENSION :DIM
  • AIM : CREATE THE FOLLOWING GEOMETRICS BY USING AUTOCAD SOFTWARE :
  • PROCEDURE :
  • first the open the software
  • give the command QNEW and press the ENTERE key
  • click on imperical templete
  • select ADVANCE SETUP
  • unit : Decimal , precision :0.00
  • angle :decimal degree , precision :0
  • angle measure : East
  • angle direction : counterclockwise
  • area : 20*20
  • and finished , lets start
  • Fig no :1
  • command :L (for a line )
  • select starting point
  • ortho mode :ON
  • object snap :ON select endpoint and midpoint
  • @1.5<90
  • @1.5<0
  • @1.5<270
  • closed
  • command : O (ofset )
  • give ofset distance 0.5
  • select horizontal line object
  • press :ENTER
  • again go for ofset command
  • and select the vertical line
  • and give the 2 ofset line having each distance is 0.5
  • fig no :2
  • command :L (for line )
  • select starting point
  • @2.00<0
  • @1.5<90
  • @2.00<180
  • @1.5<270
  • press :ENTER
  • command :o (for ofset)
  • give the ofset distance 0.5
  • select the object
  • and give the one ofset
  • press :ENTER
  • command :o (ofset )
  • give the offset distance is 0.5
  • select the object
  • and give the 2 offset line
  • press :ENTER
  • Fig no :3
  • command : L (for line )
  • select the startig point
  • @2<0
  • @2<90
  • @0.5<180
  • @1.5<270
  • @1.5<180
  • @0.5<270
  • press :ENTER
  • ortho mode : OFF
  • command :L ( FOR LINE )
  • select the endpoint of line (@0.5<270)
  • and join the endpoint of line @(0.5<180) by using object snap mode
  • press : ENTER
  • give the dimension to all fig
  • command :M (for move )
  • move the fig in one line
  • press :ENTER
  • select dimension
  • go to the properties
  • change the colour of text and arrow
  • RESULTS
  • COMMAND USED
  • LINE : L
  • OFSET :O
  • DIMENSION :DIM
  • MOVE :M
  • AIM : DRAW THE FOLLOWING GEOMATRIC FIG USING AYTOCAD SOFTWARE :
  • PROCEDURE :
  • first the open the software
  • give the command QNEW and press the ENTERE key
  • click on imperical templete
  • select ADVANCE SETUP
  • unit : Decimal , precision :0.00
  • angle :decimal degree , precision :0
  • angle measure : East
  • angle direction : counterclockwise
  • area : 20*20
  • and finished , lets start
  • command :L (for line )
  • select the starting point
  • @100<90
  • @210<0
  • @75<270
  • press :ENTER
  • command :F (fillet )
  • mode :triam
  • radius :15
  • click on line (@100<900)and (210<0)
  • again same way
  • command :F (fillet )
  • Mode :triam
  • radius :15
  • select line (210<0) and (75<270)
  • command :L (Line )
  • starting point :endpoint of line (@100<90)
  • @20<0
  • @10<270
  • @70<0
  • @30<270
  • @70<180
  • @30<90
  • press : ENTER
  • delete line :(@10<270)
  • command :L ( for line )
  • starting point :endpoint of line (@210<0)
  • @20<180
  • @10<270
  • @70<180
  • @30<270
  • @70<0
  • @30<90
  • press : ENTER
  • delete line :@10<270
  • command :L (for line )
  • starting point :first point of line (@100<90)
  • @70<0
  • @40<90
  • press : ENTER
  • command : C (For circle )
  • select circle ,radius option
  • starting point :Midpoint of line (@70<0)
  • radius :35
  • press :ENTER
  • again ,command :C (circle )
  • select circle ,diameter mode
  • diameter :50
  • press :ENTER
  • command : E (erase )
  • delete line :@70<0
  • command :L (for line )
  • starting point :endpoint of line (@75<270)
  • @50<180
  • @15<90
  • press : ENTER
  • Command :C (for circle )
  • start point :midpoint of line (@50<180)
  • select circle ,radius mode
  • radius :25
  • press : ENTER
  • command : C ( for circle )
  • select circle ,diameter mode
  • starting point :midpoint of line (@50<180)
  • diameter :30
  • press : ENTER
  • DELETE LINE :@50<180
  • then ,
  • command :L (for line )
  • join the line (@15<90) and (@40<90)
  • press : ENTER
  • command :F (for FILLETE)
  • radius :6
  • select line (@15<90) and another connected line
  • again fillete opetion
  • radius :20
  • select line (@40<90) and another connected line
  • press :ENTER
  • RESULTS :
  • command used :
  • LINE :L
  • CIRCLE :C
  • EREASE :E
  • FILLETE :F
  • DIMENSION :DIM
  • AIM : CREATE THE GEOMETRIC FIG BY USING AUTOCAD SOFTWARE :
  • PROCEDURE :
  • first the open the software
  • give the command QNEW and press the ENTERE key
  • click on imperical templete
  • select ADVANCE SETUP
  • unit : Decimal , precision :0.00
  • angle :decimal degree , precision :0
  • angle measure : East
  • angle direction : counterclockwise
  • area : 20*20
  • and finished , lets start
  • object snap : ON endpoint ,midpoint and tangent
  • command :L (for line )
  • select the starting point
  • @8.550<0
  • press : ENTER
  • command :C (for circle )
  • select the circle,radius mode
  • starting point :starting point of line (@8.550<0)
  • radius :0.90
  • press : ENTER
  • command :C (for circle )
  • select the circle , diameter mode
  • diameter :0.90
  • press : ENTER
  • Command :c (for circle )
  • starting point :endpoint of line (@8.50<0)
  • select circle radius mode
  • radius :0.90
  • press : ENTER
  • command : c (for circle )
  • select circle ,diameter mode
  • starting point : endpoint of line (@8.500<0)
  • diameter :0.90
  • then :
  • delete line: @8.850<0
  • command :L (for line )
  • join the tangent to the outer circle
  • RESULTS :
  • COMMAND USED :
  • LINE :L
  • CIRCLE :C
  • ERASE : E
  • DIMENSION :DIM
  • AIM: DRAW THE GEOMATRIC FIG BY USING AUTOCAD SOFTWARE :
  • PROCEDURE
  • first the open the software
  • give the command QNEW and press the ENTERE key
  • click on imperical templete
  • select ADVANCE SETUP
  • unit : Engineering , precision :0.0
  • angle :decimal degree , precision :0
  • angle measure : East
  • angle direction : counterclockwise
  • area : 20*20
  • and finished , lets start
  • command:L (for line )
  • @32'-6" <0
  • press : ENTER
  • command :C (for circle )
  • select the first point of line (@32'-6"<0)
  • select circle, radius mode
  • radius :8'
  • press : ENTER
  • Command :c(for circle )
  • select the endpoint of line (@32'-6"<0)
  • select the circle ,radiuds mode
  • radius :9'
  • press enter
  • command :c ( for circle )
  • select the tan tan radius mode
  • click on circle having radius is 8' and 9'
  • and radius is 20'-10"
  • press : ENTER
  • Tream the unrequired part
  • again
  • command :c (for circle )
  • move the curcor upward direction
  • select the tan tan mode
  • click on both two circle
  • and radius is 41'-8"
  • press : ENTER
  • Trim unrequired part
  • give the dimension
  • RESULTS :
  • COMMAND USED :
  • LINE :L
  • CIRCLE :C
  • TRIM :TR
  • DIMENSION :DIM
  • AIM : DRAW THE GEOMETRIC FIG BY USING THE AUTOCAD SOFTWARE :
  • PROCEDURE :
  • first the open the software
  • give the command QNEW and press the ENTERE key
  • click on imperical templete
  • select ADVANCE SETUP
  • unit : Engineering , precision :0.0
  • angle :decimal degree , precision :0
  • angle measure : East
  • angle direction : counterclockwise
  • area : 20*20
  • and finished , lets start
  • command :REC (rectangle)
  • select the starting point
  • click on DIMENSION
  • length: 5
  • width :5
  • press :ENTER
  • Command :o (ofset )
  • give the ofset distance 0.5
  • select the object
  • press :ENTER
  • command: MIR (mirror)
  • select the object
  • and rotate it
  • press : ENTER
  • command :TR (triem)
  • RESULTS :
  • COMMAND USED:
  • RECTANGLE: REC
  • TRIEM:TR
  • OFSET : O
  • AIM : CREATE THE FOLLOWING FIG BY USING VARIOUS TOOLS IN AUTOCAD SOFTWARE :
  • PROCEDURE :
  • first the open the software
  • give the command QNEW and press the ENTERE key
  • click on imperical templete
  • select ADVANCE SETUP
  • unit : Engineering , precision :0'-0"
  • angle :decimal degree , precision :0
  • angle measure : East
  • angle direction : counterclockwise
  • area : 20*20
  • and finished , lets start
  • command :L (For line )
  • @9'<270
  • @3'<0
  • @4'-6"<270
  • @4'-6"<0
  • @1'-2"<90
  • @5'-4"<0
  • @1'-2"<270
  • @4'-6"<0
  • @4'-6"<90
  • @3'<0
  • @9'<90
  • @10'-2"<180
  • press :ENTER
  • command :L (FOR LINE )
  • start point : midpoint of line (@10'-2"<180)
  • @3'-7"<270
  • press : ENTER
  • polar tracking :ON
  • select the mode 30,60,90,120
  • commad :L (for line )
  • select the endpoint of line (@3'-7"<270)
  • mark the v having angle is 60 degree
  • delete the line (@3'-7"<270)
  • triam the midline of v portion
  • press : enter
  • command :L ( for line )
  • select the endpoint of line (@10'-2"<180)
  • @10'-2"<180
  • press : ENTER
  • command :l(for line )
  • select the mid point of line (10'-2"<180)
  • @2'-8"<270
  • press :ENTER
  • command :L (for line )
  • go for v portion
  • polar tracking :ON
  • select the mode 45,90,135,180
  • draw the v portion at angle og 90 degree
  • trim the midline of v portion
  • command :L (for line )
  • select the midpoint of line 20'-4" from upper face
  • @6'-9"<270
  • press : enter
  • command :REC ( for rectangle )
  • starting point : select the endpoint of line (@6'-9"<270)
  • click on DIMENSION
  • Length:3'
  • width :3'
  • then rotate it at an angle of 90 degree
  • press :ENTER
  • delete line :(@6'-9"<270)
  • give the dimension to all point
  • go the properties
  • change colour of text and arrow
  • text colour : YELLOW
  • arrow colour : RED
  • press :ENTER
  • RESULTS
  • COMMAND USED:
  • LINE :L
  • RECTANGLE :REC
  • TRIM :TR
  • DIMENSION :DIM
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