D. Hietel

Internet: www.itwm.fraunhofer.de (2008)

S. Tiwari, S. Antonov, D. Hietel, J. Kuhnert, R. Wegener

Form durch Fotokopie, Mikrofilm oder andere Verfahren zu reproduzieren oder in eine für Maschinen, insbesondere Datenverarbeitungsanlagen, verwendbare Sprache zu übertragen. Dasselbe gilt für das...

A meshfree method for simulations of interactions between fluids and flexible structures (2007)

Twari, S., Antonov, S., Hietel, D., Kuhnert, J., Olawsky, F., Wegener, R.

Verfahren zur Herstellung von Vakuumhohlkugeln aus Glas, Vakuumhohlkugeln sowie deren Verwendung (2007)

Krauss, M., Durschang, B., Hietel, D., Fessler, R., Siedow, N., Heil, M., ...

DE 102007002904 A1 UPAB: 20080731 NOVELTY - The production process for vacuumed hollow glass balls involves putting a material containing powdered glass in a furnace, blowing reaction and/or carrier...

A meshfree method for simulations of interactions between fluids and flexible structures (2006)

Tiwari, S., Antonov, S., Hietel, D., Kuhnert, J., Wegener, R.

A meshfree method for simulations of interactions between fluids and flexible structures (2006)

Tiwari, S., Antonov, S., Hietel, D., Kuhnert, J., Wegener, R.

Simulierte Realität: Neue Ansätze in der interaktiven Visualisierung (2006)

Stork, A., Wundrak, S., Henn, T., Hietel, D., Nikitina, L.

Simulation ist heute integraler Bestandteil der virtuellen Produktentwicklung. Die Aufgabe von Simulation besteht hauptsächlich im Lösen von physikalisch-basierten Modellen in Form von...

A projection technique for incompressible flow in the meshless finite volume particle method (2005)

Keck, R., Hietel, D.

Meshless methods for conservation laws (2005)

Hietel, D., Junk, M., Kuhnert, J., Tiwari, S.

Modeling and numerical simulation of fiber dynamics (2005)

Hietel, D., Marheineke, N.

Simulation von Spinn- und Ablageprozessen (2005)

Hietel, D., Wegener, R.

The Finite-Volume-Particle Method for Conservation Laws (2004)

Hietel, D., Junk, M., Keck , R., Taleaga, D.

In the Finite-Volume-Particle Method (FVPM), the weak formulation of a hyperbolic conservation law is discretized by restricting it to a discrete set of test functions. In contrast to the usual...

Interaction control in a combined logistics and chemical process simulation (2003)

Lavrov, A., Hietel, D., Nickel, S.

Consistency by correction coefficients in the finite-volume particle method (2003)

Hietel, D., Keck, R.

The finite-volume-particle method for conservation laws (2001)

Hietel, D., Junk, M., Keck, R., Teleaga, D.

The finite-volume-particle method for conservation laws (2001)

Hietel, D., Junk, M., Keck, R., Teleaga, D.

A finite-volume particle method for compressible flows (1998)

Hietel, D., Steiner, K., Struckmeier, J.

A finite-volume particle method for compressible flows (1998)

Hietel, D., Steiner, K., Struckmeier, J.

On the Comparison of Four Different Implementations of a Third-Order ENO Scheme of Box Type for the Computation of Compressible Flow (1995)

Hietel, D., Meister, A., Sonar, T.

A Finite-Volume Particle Method for Compressible Flows

D. Hietel, K. Steiner, J. Struckmeier

We derive a new class of particle methods for conservation laws, which are based on numerical flux functions to model the interactions between moving particles. The derivation is similar to that of...