L.104.14450 Technical design (exercise)

Course offering details

Instructors: Prof. Dr. Detmar Zimmer

Event type: Exercise

Org-unit: Maschinenbau

Displayed in timetable as: KG (Übung)

Hours per week: 1

Language of instruction: German

Min. | Max. participants: - | -

Aim of the event:
This lecture aims to procure systematically structured knowledge and abilities aiding the design engineer to transfer principle solutions into producible spatial-material shape regarding the limiting conditions.

Design rules and examples show the tools of technical design,which is an essential premise for successful products.

Target group:
students of

- mechanical engineering

- industrial engineering

Contents:
The design is examined with respect to the following requirements:

- fundamentals

- principles of design

- stress-oriented

- material-oriented

- manufacturing-oriented

- mounting-oriented

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

Literature:
lecture script

Pahl/Beitz: Konstruktionslehre

Bullinger, H.J.: Ergonomie-Produkt-und work place layout, B.G. Teubner

Supplementary events:
methodology of design

Form and positionstolerances
Small group(s)
This course is divided into the following small groups:

  • Technical design (exercise) 10

    Prof. Dr. Detmar Zimmer

    Th, 1. Dec. 2016 [09:15]-Th, 9. Feb. 2017 [10:45]

    Show small group

  • Technical design (exercise) 3

    Prof. Dr. Detmar Zimmer

    Th, 20. Oct. 2016 [09:15]-Th, 9. Feb. 2017 [10:45]

    Show small group

  • Technical design (exercise) 11

    Prof. Dr. Detmar Zimmer

    Th, 1. Dec. 2016 [11:00]-Th, 9. Feb. 2017 [12:30]

    Show small group

  • Technical design (exercise) 8

    Prof. Dr. Detmar Zimmer

    Th, 1. Dec. 2016 [12:30]-Th, 9. Feb. 2017 [14:00]

    Show small group

  • Technical design (exercise) 9

    Prof. Dr. Detmar Zimmer

    Th, 1. Dec. 2016 [14:00]-Th, 9. Feb. 2017 [15:30]

    Show small group

  • Technical design (exercise) 5

    Prof. Dr. Detmar Zimmer

    Th, 20. Oct. 2016 [16:00]-Th, 9. Feb. 2017 [17:30]

    Show small group
Appointments
Date From To Room Instructors
There are no appointments.
Connected courses
This course is connected with the following courses:

  • L.104.14250 Technical design

    Course

    Prof. Dr. Detmar Zimmer

    Mon, 17. Oct. 2016 [11:00]-Mon, 6. Feb. 2017 [13:00]

    Show course offering

  • L.104.14450 Technical design (exercise)

    Course

    Prof. Dr. Detmar Zimmer

    Time tbd

    Course offering currently shown

Contained in modules
Module
M.104.2208 Product Engineering ()
M.104.2208 Product Engineering ()
M.104.2208 Product Engineering ()
M.104.2208 Product Engineering ()
M.104.2208 Product Engineering ()
M.104.2208 Product Engineering ()
M.104.2208 Product Engineering ()
M.104.2208 Product Engineering ()
M.104.2208 Product Engineering ()
M.104.2208 Product Engineering ()
M.104.2208 Product Engineering ()
M.104.2208 Product Engineering ()
M.104.2208 Product Engineering ()
M.104.2308 Product Engineering ()
M.104.2308 Product Engineering ()
M.104.2308 Product Engineering ()
M.104.2308 Product Engineering ()
M.104.2308 Product Engineering ()
M.104.2308 Product Engineering ()
M.104.2308 Product Engineering ()
M.104.2308 Product Engineering ()
M.104.2308 Product Engineering ()
M.104.2308 Product Engineering ()
M.104.2308 Product Engineering ()
M.104.2308 Product Engineering ()
M.104.2308 Product Engineering ()
M.104.6256 Product Development (Master) ()
M.104.6256 Product Development (Master) ()
M.104.6256 Product Development (Master) ()
M.104.6256 Product Development (Master) ()
M.104.6256 Produktentwicklung (Master) ()
M.104.6256 Product Development (Master) ()
M.104.6256 Product Development (Master) ()
M.104.6256 Product Development (Master) ()
M.104.6256 Product Development (Master) ()
M.104.6256 Product Development (Master) ()
M.104.6256 Product Development (Master) ()
M.104.6256 Product Development (Master) ()
M.104.6256 Product Development (Master) ()
M.104.6256 Product Development (Master) ()
M.104.6276 Product Development ()
M.104.6276 Product Development ()
M.104.6276 Product Development ()
M.104.6276 Product Development ()
M.104.6276 Product Development ()
M.104.6276 Product Development ()
M.104.6276 Product Development ()
M.104.6307 Design ()
M.104.6307 Design ()
M.104.6307 Design ()
M.104.6307 Design ()
M.104.6307 Design ()
M.104.6307 Design ()
M.104.6307 Design ()
M.104.6307 Design ()
M.104.6307 Design ()
M.104.6307 Design ()
M.104.6307 Design ()
M.104.6307 Design ()
M.104.6320 Additive Manufacturing ()
M.104.6320 Additive Manufacturing ()
M.104.6320 Additive Manufacturing ()
M.104.6320 Additive Manufacturing ()
M.104.6320 Additive Manufacturing ()
M.104.6320 Additive Manufacturing ()
M.104.6320 Additive Manufacturing ()
M.104.6320 Additive Manufacturing ()
M.104.6325 Component reliability ()
M.104.6325 Component reliability ()
M.104.6325 Component reliability ()
M.104.6325 Component reliability ()
M.104.6325 Component reliability ()
M.104.6325 Component reliability ()
M.104.6325 Component reliability ()
M.104.6325 Component reliability ()
M.104.6325 Component reliability ()
M.104.6420 Process Engineering 2: Unit operations ()
M.104.6420 Process Engineering 2: Unit operations ()
M.104.6420 Process Engineering 2: Unit operations ()
M.104.6420 Process Engineering 2: Unit operations ()
M.104.6420 Process Engineering 2: Unit operations ()
M.104.6607 Design ()
M.104.6607 Design ()
M.104.6607 Design ()
M.104.6607 Design ()
M.104.6607 Design ()
M.104.6620 Additive Fertigung ()
M.104.6625 Component reliability ()
Class session overview
  • There are no appointments.
Instructors
Prof. Dr. Detmar Zimmer