Links Icon Downloads Icon
  • Links
  • Downloads
  • Deutsch de
  • |
  • English en
Back to homepage LS-DYNA and services from DYNAmore Website
  • Products
    • LS-DYNA
    • Models
    • Pre- and Postprocessing
    • Optimization
    • Process Chain
    • Material Cards
  • Services
    • Engineering
    • Development
    • Research
    • Material Competence Center
  • Training
    • Seminars
    • Conferences
    • DYNA-Examples
  • Company
    • Profile
    • 20 Year anniversary of DYNAmore!
  • News
    • Press Releases
    • DYNAmore Newsletter
    • Hans Newsletter
    • FEA Newsletter
    • Meet Dynamore
You are here:
  1. Home

Search results

9648 items matching your search terms.
  1. INDUSTRIAL FORMING SIMULATION OF MULTI-LAYERED UD NON-CRIMP-FABRICS. Located in Download / … / documents / Material I
  2. Development of a Unit Cell Model for Structural Metal Sheets using *CONSTRAINED_MULTIPLE_GLOBAL

    In this paper a thin structural metal sheet is researched in regard to crashworthiness as energy absorber and a Finite Element model based on the theory of Representative Volume Element is generated. Special attention is spend to the ...

    Located in Download / … / documents / Prozesssimulation IV
  3. Modellierungsansätze und Simulationsmethoden zur Berücksichtigung dynamischer Maschinen- eigenschaften bei der Blechumformsimulation Located in Download / … / documents / Prozesssimulation IV
  4. Improved rule of mixture for determination of mechanical properties of dual phase steel with different martensite fraction

    Dual phase (DP) steels are widely used materials for sheet metal applications for example in the automotive industry. They combine high strength with good ductility. Their microstructure contains two phases: soft and ductile ferrite ...

    Located in Download / … / documents / Prozesssimulation IV
  5. Implementierung eines Thermoviskoplastizitätsmodells mit Schädigung für die simultane Kalt-/Warmumformung

    For the analysis of simultaneous hot/cold forging processes, a thermoviscoplastic constitutive model is introduced, representing nonlinear isotropic and kinematic hardening, thermally activated recovery effects, strain rate ...

    Located in Download / … / documents / Prozesssimulation IV
  6. Coupled Simulation of the Fluid Flow and Conjugate Heat Transfer in Press Hardening Processes

    This presentation describes the coupled simulation of the flow through the cooling passages and the temperature distribution in blank, tool and fluid in a complete forming cycle. A completely shaped blank is used just from the ...

    Located in Download / … / documents / Prozesssimulation III
  7. Material characterization and modelling methods for the cryogenic forming of aluminium alloys Located in Download / … / documents / Prozesssimulation III
  8. Coupled Simulation of Forming and Welding with LS-DYNA for the design of Distortion-Compensation

    In the past the simulation methods for forming simulation and welding structural simulation were developed respectively for themselves. This leads to the situation that forming simulation was performed with one code and welding ...

    Located in Download / … / documents / Prozesssimulation II
  9. Coupled Simulation of Forming and Welding with LS-DYNA for the design of Distortion-Compensation Located in Download / … / documents / Prozesssimulation II
  10. Roll Forming Simulation with PROFIL and LS-DYNA Located in Download / … / documents / Prozesssimulation II
  • Previous 10 items
  • 1
  • ...
  • 525
  • 526
  • 527
  • 528
  • 529
  • 530
  • 531
  • ...
  • 965
  • Next 10 items

More information

Sitemap

  • Products
    • LS-DYNA
    • Models
    • Pre- and Postprocessing
    • Optimization
    • Process Chain
    • Material Cards
  • Services
    • Engineering
    • Development
    • Research
    • Material Competence Center
  • Training
    • Seminars
    • Conferences
    • DYNA-Examples
  • Company
    • Profile
    • 20 Year anniversary of DYNAmore!
  • News
    • Press Releases
    • DYNAmore Newsletter
    • Hans Newsletter
    • FEA Newsletter
    • Meet Dynamore
  • Downloads
    • Manuals
    • Papers
    • Presentations
    • Flyers
    • DYNAlook
    • Company logo

Contact Information

DYNAmore

Gesellschaft für FEM Ingenieurdienstleistungen mbH

Industriestraße 2, D-70565 Stuttgart

Telephone +49 (0)711-459600-0

Legal Information

  • Imprint
  • Privacy Notice
  • Cookies Policy

Social Links

  • LinkedIn
  • Twitter
  • Youtube

Copyright Information

© 2025 DYNAmore GmbH, an Ansys Company.

All brands, trademarks and images mentioned are property of their respective registered owners. The right of use was kindly granted by Audi AG, Autoliv B.V. & Co. KG, Benteler SGL GmbH & Co. KG, BMW AG, Daimler AG, Dr. Ing. h.c. Porsche AG, DOW Inc., Egro Industrial Systems AG, e-Xstream enginering SA, Faurecia Automotive GmbH, Hilti Entwicklungsgesellschaft mbH, Jaguar Ltd, Johnson Controls GmbH, Karlsruhe Institute of Technology (KIT), Ningbo Joyson Electronic Corporation, Opel Automobile GmbH, Rheinmetall Landsysteme GmbH, Sony Europe B.V. , Still GmbH, ThyssenKrupp Steel Europe AG, FILDERHALLE Leinfelden-Echterdingen GmbH, University Stuttgart and Volkswagen AG.