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  • Technische Universität Dresden
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  • Material and failure characteristics for high-speed forming and cutting processes
  • Experimental data and FE-model for deep drawing DC06 at high strain rates
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  •   Home
  • Technische Universität Dresden
  • Bereiche
  • Bereich Ingenieurwissenschaften
  • Fakultät Maschinenwesen
  • Institut für Fertigungstechnik
  • Professur für Formgebende Fertigungsverfahren
  • Material and failure characteristics for high-speed forming and cutting processes
  • Experimental data and FE-model for deep drawing DC06 at high strain rates
  • View Item
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Forming and cutting at high strain rates Part 3: Deep drawingOpen Access Icon

Thumbnail
Punch force - punch displacement curve for drawing limit = 1.3, punch velocity = 4 m/s (405.8Kb)
Punch velocity - time curve for drawing limit 1.3, punch velocity = 4 m/s, smoothed (585bytes)
Punch force - punch displacement curve for drawing limit = 1.5, punch velocity = 4 m/s (337.1Kb)
Punch velocity - time curve for drawing limit = 1.5, punch velocity = 4 m/s, smoothed (568bytes)
Punch force - punch displacement curve for drawing limit = 1.7, punch velocity = 4 m/s (446.5Kb)
Punch velocity - time curve for drawing limit = 1.7, punch velocity = 4 m/s, smoothed (723bytes)
Punch force - punch displacement curve for drawing limit = 2.0, punch velocity = 4 m/s (422.1Kb)
Punch velocity - time curve dor drawing limit 2.0, punch velocity = 4 m/s, smoothed (723bytes)
Deep drawing process at high strain rate in principle (107.9Kb)
Punch velocity - time curve for drawing limit 1.3, punch velocity = 4 m/s, raw data (497.9Kb)
Punch velocity - time curve for drawing limit 1.5, punch velocity = 4 m/s, raw data (494.7Kb)
Punch velocity - time curve for drawing limit 1.7, punch velocity = 4 m/s, raw data (254.0Kb)
Punch velocity - time curve for drawing limit 2.0, punch velocity = 4 m/s, raw data (269.6Kb)
Readme.txt (331bytes)
data-license.txt (CC-BY-NC-SA-4.0) (14.69Kb)
Date
2023
Author
Tulke, Marc
Galiev, Elmar
Metadata
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Abstract
Based on the material properties determined in "Forming and cutting at high strain rates Part 1" and "Part 2", the applicability of the methodology and the material characteristics are verified using a deep drawing process with strain rates up to 100 1/s. This data collection includes the material and failure characteristics of the deep drawing steel DC06 at high strain rates and a FE-model for deep drawing at high velocities. The numerical model as well as experimental and numerical results are first presented in doi.org/10.1088/1757-899X/1238/1/012047.
URI
https://opara.zih.tu-dresden.de/xmlui/handle/123456789/5993
http://dx.doi.org/10.25532/OPARA-254
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  • Experimental data and FE-model for deep drawing DC06 at high strain rates [1]Open Access Icon

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