L.104.14340 machine elements - joints (excercise)

Small group: machine elements - joints (excercise) 9 

Course offering details

Instructors: Prof. Dr. Detmar Zimmer

Event type: Exercise

Org-unit: Maschinenbau

Displayed in timetable as: ME/V (Übung)

Hours per week: 2

Language of instruction: German

Min. | Max. participants: - | 25

Requirements and recommendations:
technical drawing
machine elements - fundamentals
technical mechanics 1

Aim of the event:
The students know the modes of action, dimensioning, design and application of essential machine elements as well as the fundamentals of drives. Strains in mechanical components resulting from statical and dynamical loads can be determined and the components can be dimensioned accordingly.

Target group:
students of:
- mechanical engineering
- industrial engineering

Contents:

joining elements
- screws
- rivets
- gluing
- welding



shaft-hub-joints
- form-fitting joints
- positive connection joints



axles and shafts

Contact person:
Prof. Dr.-Ing. D. Zimmer

Literature:
- lecture script
- Steinhilper-Röper: Maschinen- u. Konstruktionselemente 1, 2, 3
- Niemann-Winter: Maschinenelemente 1
- B.Schlecht: Maschinenelemente 1

Supplementary events:
machine elements - drive components
methodology of design
lightweight construction
technical design

Important notes:
Further Informationen: https://koala.uni-paderborn.de/
Small group(s)
This course is divided into the following small groups: Show plenary course offering

  • machine elements - joints (excercise) 1

    Prof. Dr. Detmar Zimmer

    Wed, 26. Oct. 2016 [07:30]-Wed, 8. Feb. 2017 [09:00]

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  • machine elements - joints (excercise) 2

    Prof. Dr. Detmar Zimmer

    Wed, 26. Oct. 2016 [14:00]-Wed, 8. Feb. 2017 [15:30]

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  • machine elements - joints (excercise) 6

    Prof. Dr. Detmar Zimmer

    Th, 27. Oct. 2016 [16:00]-Th, 9. Feb. 2017 [17:30]

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  • machine elements - joints (excercise) 4

    Prof. Dr. Detmar Zimmer

    Th, 27. Oct. 2016 [14:00]-Th, 9. Feb. 2017 [17:30]

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  • machine elements - joints (excercise) 8

    Prof. Dr. Detmar Zimmer

    Fri, 28. Oct. 2016 [14:00]-Fri, 10. Feb. 2017 [12:45]

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  • machine elements - joints (excercise) 9

    Prof. Dr. Detmar Zimmer

    Fri, 28. Oct. 2016 [11:15]-Fri, 10. Feb. 2017 [12:45]

    This small group is currently shown.

  • machine elements - joints (excercise) 7

    Prof. Dr. Detmar Zimmer

    Fri, 28. Oct. 2016 [11:15]-Fri, 10. Feb. 2017 [12:45]

    Show small group

  • machine elements - joints (excercise)

    Prof. Dr. Detmar Zimmer

    Th, 27. Oct. 2016 [16:00]-Th, 9. Feb. 2017 [17:30]

    Show small group
Appointments
Date From To Room Instructors
1 Fri, 28. Oct. 2016 11:15 12:45 P1.5.08.2 Prof. Dr. Detmar Zimmer
2 Fri, 4. Nov. 2016 11:15 12:45 P1.5.08.2 Prof. Dr. Detmar Zimmer
3 Fri, 11. Nov. 2016 11:15 12:45 P1.5.08.2 Prof. Dr. Detmar Zimmer
4 Fri, 18. Nov. 2016 11:15 12:45 P1.5.08.2 Prof. Dr. Detmar Zimmer
5 Fri, 25. Nov. 2016 11:15 12:45 P1.5.08.2 Prof. Dr. Detmar Zimmer
6 Fri, 2. Dec. 2016 11:15 12:45 P1.5.08.2 Prof. Dr. Detmar Zimmer
7 Fri, 9. Dec. 2016 11:15 12:45 P1.5.08.2 Prof. Dr. Detmar Zimmer
8 Fri, 16. Dec. 2016 11:15 12:45 P1.5.08.2 Prof. Dr. Detmar Zimmer
9 Fri, 13. Jan. 2017 11:15 12:45 P1.5.08.2 Prof. Dr. Detmar Zimmer
10 Fri, 20. Jan. 2017 11:15 12:45 P1.5.08.2 Prof. Dr. Detmar Zimmer
11 Fri, 27. Jan. 2017 11:15 12:45 P1.5.08.2 Prof. Dr. Detmar Zimmer
12 Fri, 3. Feb. 2017 11:15 12:45 P1.5.08.2 Prof. Dr. Detmar Zimmer
13 Fri, 10. Feb. 2017 11:15 12:45 P1.5.08.2 Prof. Dr. Detmar Zimmer
Connected courses
This course is connected with the following courses:

  • L.104.14140 machine elements - joints

    Course

    Prof. Dr. Detmar Zimmer

    Wed, 19. Oct. 2016 [11:00]-Tue, 7. Mar. 2017 [11:30]

    Show course offering

  • L.104.14340 machine elements - joints (excercise)

    Course

    Prof. Dr. Detmar Zimmer

    Fri, 28. Oct. 2016 [11:15]-Fri, 10. Feb. 2017 [12:45]

    Course offering currently shown

Contained in modules
Module
M.104.1108 Konstruktionslehre 2 ()
M.104.1108 Design Theory 2 ()
M.104.1108 Design Theory 2 ()
M.104.1108 Design Theory 2 ()
M.104.1108 Design Theory 2 ()
M.104.1108 Design Theory 2 ()
M.104.1108 Design Theory 2 ()
M.104.1108 Design Theory 2 ()
M.104.1108 Design Theory 2 ()
M.104.1108 Design Theory 2 ()
M.104.1108 Design Theory 2 ()
M.104.1108 Design Theory 2 ()
M.104.1108 Design Theory 2 ()
M.104.1117 Machine elements - joints ()
M.104.1117 Machine elements - joints ()
M.104.1117 Machine elements - joints ()
M.104.1117 Machine elements - joints ()
M.104.1117 Machine elements - joints ()
M.104.1117 Machine elements - joints ()
M.104.1117 Machine elements - joints ()
M.104.1117 Machine elements - joints ()
M.104.1117 Machine elements - joints ()
M.104.1117 Machine elements - joints ()
M.104.1117 Machine elements - joints ()
M.104.1117 Machine elements - joints ()
M.104.1117 Machine elements - joints ()
M.104.1117 Machine elements - joints ()
M.104.1117 Machine elements - joints ()
M.104.1117 Machine elements - joints ()
M.104.1117 Machine elements - joints ()
M.104.1117 Machine elements - joints ()
M.104.1117 Machine elements - joints ()
M.104.1117 Machine elements - joints ()
M.104.1122 Machine elements - joints ()
M.104.1122 Machine elements - joints ()
M.104.2389 Apparatus Engineering ()
M.104.2389 Apparatus Engineering ()
M.104.2389 Apparatus Engineering ()
M.104.2389 Apparatus Engineering ()
Class session overview
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Instructors
Prof. Dr. Detmar Zimmer