· Web viewIC Engine Connecting Rod · Select XZ plane and create the sketch as shown...

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IC Engine Connecting

Transcript of · Web viewIC Engine Connecting Rod · Select XZ plane and create the sketch as shown...

Page 1: · Web viewIC Engine Connecting Rod · Select XZ plane and create the sketch as shown · Use symmetric protrude, depth 33mm · Select front surface as shown and create the sketch as

IC Engine Connecting Rod

Page 2: · Web viewIC Engine Connecting Rod · Select XZ plane and create the sketch as shown · Use symmetric protrude, depth 33mm · Select front surface as shown and create the sketch as
Page 3: · Web viewIC Engine Connecting Rod · Select XZ plane and create the sketch as shown · Use symmetric protrude, depth 33mm · Select front surface as shown and create the sketch as

· Select XZ plane and create the sketch as shown· Use symmetric protrude, depth 33mm

Page 4: · Web viewIC Engine Connecting Rod · Select XZ plane and create the sketch as shown · Use symmetric protrude, depth 33mm · Select front surface as shown and create the sketch as

· Select front surface as shown and create the sketch as shown· Use cut out, depth 6.5 mm

· Use smart mirror option and select previously created feature,

Page 5: · Web viewIC Engine Connecting Rod · Select XZ plane and create the sketch as shown · Use symmetric protrude, depth 33mm · Select front surface as shown and create the sketch as

and select mid plane as shown

· Create a parallel plane at distance of 84 from right side surface of the main body and createsketch as shown in fig 1.

· On right side surface of the main body as shown, create the sketch as shown in fig 2.

Page 6: · Web viewIC Engine Connecting Rod · Select XZ plane and create the sketch as shown · Use symmetric protrude, depth 33mm · Select front surface as shown and create the sketch as

fig 2fig 1

· Use lofted protrusion to create the feature as shown below.

· Select YZ plane and create the sketch as

Page 7: · Web viewIC Engine Connecting Rod · Select XZ plane and create the sketch as shown · Use symmetric protrude, depth 33mm · Select front surface as shown and create the sketch as

shown· Use Hole option to create the hole as

shown below.

· Use smart mirror option to create the feature as shown below andselect the mid plane, select both previously created features

Page 8: · Web viewIC Engine Connecting Rod · Select XZ plane and create the sketch as shown · Use symmetric protrude, depth 33mm · Select front surface as shown and create the sketch as

· Create angled plane as shown below. Giving 60O angle wrt horizontal plane, taking vertical plane asintersection.

· Create a parallel plane as shown at distance 42mm from the previously created angled plane.· Create hole on parallel plane as shown below.· Take front plane create 30 deg line as shown.

· On this 30 deg angled plane create hole as shown below. Also create cutout asshown for depth of 7mm

Page 9: · Web viewIC Engine Connecting Rod · Select XZ plane and create the sketch as shown · Use symmetric protrude, depth 33mm · Select front surface as shown and create the sketch as

· Mirror the previously created both features asshown below. Selecting smart mirror option andmid plane.

· Create 3 circles of 24, 26, 24 mm respectively onparallel planes as shown in fig below.

· Use lofted protrusion to create the featureshown, selecting those three circles.

· create cut out as shown. · create protrusion as shown, selectingpreviously created sketch and using

Page 10: · Web viewIC Engine Connecting Rod · Select XZ plane and create the sketch as shown · Use symmetric protrude, depth 33mm · Select front surface as shown and create the sketch as

up to next option

· Create oil hole using below sketch and usingrevolved cut out command

Part-2 : Bush· Select XY plane, create the sketch as shown

in fig, create feature as shown giving depthof 25mm, symmetric.

· Create the sketch, on parallel plane which isat a distance of 9mm from center of cylinder,

Page 11: · Web viewIC Engine Connecting Rod · Select XZ plane and create the sketch as shown · Use symmetric protrude, depth 33mm · Select front surface as shown and create the sketch as

as shown in fig 2 and create cutout, give 0.5depth

· Create cutout with 2mm dia circle, use uptonext.

Page 12: · Web viewIC Engine Connecting Rod · Select XZ plane and create the sketch as shown · Use symmetric protrude, depth 33mm · Select front surface as shown and create the sketch as

100o degree revolved cutout 45o to front plane

90o to 450 plane

Page 13: · Web viewIC Engine Connecting Rod · Select XZ plane and create the sketch as shown · Use symmetric protrude, depth 33mm · Select front surface as shown and create the sketch as

2mm hole on 90o plane

Sketch on the new plane0.5 mm cutout

Page 14: · Web viewIC Engine Connecting Rod · Select XZ plane and create the sketch as shown · Use symmetric protrude, depth 33mm · Select front surface as shown and create the sketch as

0.5 mm cutout

Sketch on the 90o plane whichwas created earlier

Mirror other side

Page 15: · Web viewIC Engine Connecting Rod · Select XZ plane and create the sketch as shown · Use symmetric protrude, depth 33mm · Select front surface as shown and create the sketch as

1.5 mm cutout from bottom

Sketch on plane normal to curve

Page 16: · Web viewIC Engine Connecting Rod · Select XZ plane and create the sketch as shown · Use symmetric protrude, depth 33mm · Select front surface as shown and create the sketch as

Sketch parallel plane

Swept Protrusion

Protrusion upto next

Page 17: · Web viewIC Engine Connecting Rod · Select XZ plane and create the sketch as shown · Use symmetric protrude, depth 33mm · Select front surface as shown and create the sketch as

Cutout through all

Through all, cutout

1

Mi

Page 18: · Web viewIC Engine Connecting Rod · Select XZ plane and create the sketch as shown · Use symmetric protrude, depth 33mm · Select front surface as shown and create the sketch as

rror other side

Counter sink Hole, through all

Page 19: · Web viewIC Engine Connecting Rod · Select XZ plane and create the sketch as shown · Use symmetric protrude, depth 33mm · Select front surface as shown and create the sketch as
Page 20: · Web viewIC Engine Connecting Rod · Select XZ plane and create the sketch as shown · Use symmetric protrude, depth 33mm · Select front surface as shown and create the sketch as