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Dr.
Ant
onio
sLo
ntos
Machine Elements I Fig.: 1
Machine Elements and Analysis I – AMEM 316 (AUTO 308)
Laboratory Work
Dr. Antonios Lontos
Website: http://staff.fit.ac.cy//eng.la/E‐mail: [email protected]
Dr.
Ant
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Machine Elements I Fig.: 2
Week Exercise Lab Description
1st Exercise 1 SolidWorks design
2nd Exercise 2 SolidWorks design
3rd Exercise 3 or/end 4 SolidWorks design
4th Exercise 5 or/end 6 SolidWorks design
5th Exercise 7 or/end 8 SolidWorks design
6th Exercise 9 SolidWorks design
7th Exercise 10 SolidWorks design
8th Exercise 11 SolidWorks design
9th Exercise 12 Solidworks simulation
10th Exercise 13 Solidworks simulation
AMEM 316 (AUTO308): Laboratory work
Students will be ask to use computer software for designing machine elements and assemblies and learn how to use special software in order to make calculation of machine element.
INFORMATION TO THE STUDENTS • At the end of every next week students will have to show their laboratory work to the lecturer.• At the end of the semester students should present their design portfolio to the lecturer.
Dr.
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Machine Elements I Fig.: 3Exercise 1: Shaft design
Make the 3D and the construction drawings of the shaft.
Dr.
Ant
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Machine Elements I Fig.: 4Exercise 2: Shaft design
Make the 3D and the construction drawings of the shaft.
Dr.
Ant
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Machine Elements I Fig.: 5Exercise 3: Crank Shaft
Make the 3D and the construction drawings of the crank shaft.
Dr.
Ant
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Machine Elements I Fig.: 6Exercise 4: Crank Shaft
Make the 3D and the construction drawings of the crank shaft.
Dr.
Ant
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Machine Elements I Fig.: 7Exercise 5: Shaft assembly
File: Shaft Assembly
01 _Shaft
02_bearing 40mm
03_bearing 50mm
05_sfina 6X6X30
Final Assembly
04_Spur gear
Make the assembly of the shaft.
Dr.
Ant
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Machine Elements I Fig.: 8
Parts from library 1. Bearings and gears2. Safety rings3. Keys and keyways
Exercise 6: Shaft assembly
Find all the parts from the library and make the assembly.
Dr.
Ant
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Machine Elements I Fig.: 9Exercise 7: Caps, bearing assembly
Make the 3D and the construction drawings of the cap.
Dr.
Ant
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Machine Elements I Fig.: 10Exercise 8: Assembly
Make the 3D of all parts and then the assembly.
Part 1
Part 2 Part 3
Dr.
Ant
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ntos
Machine Elements I Fig.: 11Exercise 9: Assembly (1/2)
Part 1 Part 2 Part 3
Make the 3D of all parts and then the assembly.
Dr.
Ant
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Machine Elements I Fig.: 12Exercise 9: Assembly (2/2)
Part 4Part 5
Part 6
Part 7
Dr.
Ant
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Machine Elements I Fig.: 13Exercise 10: Assembly (1/2)
Make the 3D of all parts and then the assembly.
Dr.
Ant
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Machine Elements I Fig.: 14
Part 1 (Body) Part 2 (Clamp plate)
Part 3 (Shaft)
Part 4 (Cap Screw) Part 5 (Key)
Exercise 10: Assembly (2/2)
Dr.
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Machine Elements I Fig.: 15
Case Study 1a
Case Study 1b
Exercise 11: Axial force simulation (1/2)
Simulation case study 1
Make the force simulation (tension) and then the graphs of load vs stress, load vs displacement, load vs strain.
Dr.
Ant
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Machine Elements I Fig.: 16Exercise 11: Axial force simulation (2/2)
Simulation case study 1
Dr.
Ant
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Machine Elements I Fig.: 17
Case Study 2a
Case Study 2b
Exercise 12: Bending simulation (1/2)
Simulation case study 2
Make the force simulation (bending) and then the graphs of load vs stress, load vs displacement, load vs strain.
Dr.
Ant
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Machine Elements I Fig.: 18Exercise 12: Bending simulation (2/2)
Simulation case study 2
Dr.
Ant
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Machine Elements I Fig.: 19
Simulation case study 3
Fastener M10 or M8
Exercise 13: Simulation (1/2)
Make the force simulation and then the graphs of load vs stress, load vs displacement, load vs strain.
Dr.
Ant
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sLo
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Machine Elements I Fig.: 20
Simulation case study 3
Exercise 13: Simulation (2/2)
