A framework for hull form reverse engineering and geometry integration into numerical simulations

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Location: Deutsche Nationalbibliothek Frankfurt am Main

Extent: Online-Ressource

Language: Englisch

Notes: Rostock, Universität Rostock. Fakultät für Maschinenbau und Schiffstechnik, Dissertation, 2016

Keyword: Geometrische Modellierung
Punktwolke

Event: Veröffentlichung

(where): Rostock

(who): Universität Rostock

(when): 2016

Creator: Edessa, Desta Milkessa

Contributor: Bronsart, Robert
Kornev, Nikolai

DOI: 10.18453/rosdok_id00001777

URN: urn:nbn:de:gbv:28-diss2016-0090-0

Rights: Open Access; Der Zugriff auf das Objekt ist unbeschränkt möglich.

Last update: 14.08.2025, 10:51 AM CEST

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2016

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A framework for hull form reverse engineering and geometry integration into numerical simulations : Rumpfform Reverse Engineering und deren geometrische Integration mit numerischen Simulationen

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Hochschulschrift

A framework for hull form reverse engineering and geometry integration into numerical simulations : Rumpfform Reverse Engineering und deren geometrische Integration mit numerischen Simulationen

Direct numerical simulations of gaseous combustion in complex geometry

Numerical analysis of permeate flux in reverse osmosis by varying strand geometry

Boltzmann Simulations with Axisymmetric Geometry

Glasdia

Hull, Hull Minster Kirche

Numerical validation of cutting simulations for complex heat exchangers using 3D reverse engineered surfaces

Kapitel

Hull

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Hull

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Hull.

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Hochschulschrift

Numerical simulations of metal-oxides

GMRES convergence and the polynomial numerical hull for a Jordan block

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A framework for hull form reverse engineering and geometry integration into numerical simulations

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Other Objects (12)

A framework for hull form reverse engineering and geometry integration into numerical simulations : Rumpfform Reverse Engineering und deren geometrische Integration mit numerischen Simulationen

Direct numerical simulations of gaseous combustion in complex geometry

Numerical analysis of permeate flux in reverse osmosis by varying strand geometry

Boltzmann Simulations with Axisymmetric Geometry

Hull, Hull Minster Kirche

Numerical validation of cutting simulations for complex heat exchangers using 3D reverse engineered surfaces

Hull

Hull

Hull.

Condition : the geometry of numerical algorithms

Numerical simulations of metal-oxides

GMRES convergence and the polynomial numerical hull for a Jordan block

A framework for hull form reverse engineering and geometry integration into numerical simulations : Rumpfform Reverse Engineering und deren geometrische Integration mit numerischen Simulationen

Direct numerical simulations of gaseous combustion in complex geometry

Numerical analysis of permeate flux in reverse osmosis by varying strand geometry

Boltzmann Simulations with Axisymmetric Geometry

Hull, Hull Minster Kirche

Numerical validation of cutting simulations for complex heat exchangers using 3D reverse engineered surfaces

Hull

Hull

Hull.

Condition : the geometry of numerical algorithms

Numerical simulations of metal-oxides

GMRES convergence and the polynomial numerical hull for a Jordan block

A framework for hull form reverse engineering and geometry integration into numerical simulations : Rumpfform Reverse Engineering und deren geometrische Integration mit numerischen Simulationen

Direct numerical simulations of gaseous combustion in complex geometry

Numerical analysis of permeate flux in reverse osmosis by varying strand geometry

Boltzmann Simulations with Axisymmetric Geometry

Hull, Hull Minster Kirche

Numerical validation of cutting simulations for complex heat exchangers using 3D reverse engineered surfaces

Hull

Hull

Hull.

Condition : the geometry of numerical algorithms

Numerical simulations of metal-oxides

GMRES convergence and the polynomial numerical hull for a Jordan block

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