Chapter 06. Surface Models
description
Transcript of Chapter 06. Surface Models
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Chapter 6 Surface Models 1
Chapter 6Surface Models6.1 Bellows Joints6.2 Beam Bracket6.3 Gearbox6.4 Review
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Chapter 6 Surface Models Section 6.1 Bellows Joints 2
Section 6.1Bellows Joints
Problem Description
With the internal pressure, the engineers are concerned about the
radial deformation (due to an
engineering tolerance
consideration) and hoop stress
(due to a safety consideration).
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Chapter 6 Surface Models Section 6.1 Bellows Joints 3
R315
28
R315 28
20
Unit: mm.
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Chapter 6 Surface Models Section 6.1 Bellows Joints 4
Techniques/Concepts
Create surface bodies using Revolve.
Top/Bottom of a surface body
Shell Elements
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Chapter 6 Surface Models Section 6.2 Beam Bracket 5
Section 6.2Beam Bracket
Techniques/Concepts
Create surface bodies using Mid-Surface
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Chapter 6 Surface Models Section 6.3 Gearbox 6
Section 6.3Gearbox
Problem Description
[3] The housing is made of
stainless sheet steel of 3 mm
thickness.[1] The anged
bearing is made of gray cast iron.
[2] The base is also made of cast iron.
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Chapter 6 Surface Models Section 6.3 Gearbox 7
Unit: mm.
540
520
240
180
100
35 5
1 5 3
0
1 70 R30
R50 R20
R40
170 200 70
(R170)
(R70)
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Chapter 6 Surface Models Section 6.3 Gearbox 8
Techniques/Concepts
Create surface bodies by Thin/Surface
Loads>Bearing Loads Set up Bonded
connections.