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Articles by Multi-Material Design

Data-Driven Risk Analysis and Routing for Hydrogen Transport Systems: Risk-Informed Approaches for Road and Rail Transport

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By Markus Leyser, Max Vater, Multi-Material Design
| tu-dresden.de
Data-Driven Risk Analysis and Routing for Hydrogen Transport Systems: Risk-Informed Approaches for Road and Rail Transport Research output: Contribution to conferences › Poster › Contributed › peer-review
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Corrosion of adhesively bonded alloys in maritime environments: A review

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By Maik Gude, Multi-Material Design, Gerson Meschut, Wilko Flügge
| tu-dresden.de
There is a growing demand for material and resource-efficient structures and innovative materials in the transport sector, particularly for maritime applications. To efficiently and seamlessly connect similar and different high-performance materials in marine and naval constructions, modern joining techniques such as adhesive bonding are required.
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Gaussian Process Regression for Multi-Modal Fatigue Crack Growth Identification in Textile-Reinforced Composites

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By Christian Düreth, Multi-Material Design, Andreas Hornig, Maik Gude
| tu-dresden.de
Gaussian Process Regression for Multi-Modal Fatigue Crack Growth Identification in Textile-Reinforced Composites Research output: Contribution to conferences › Presentation slides › Contributed
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Influence of the sampling strategy for training data on edge case performance of data driven failure criterion for FRP

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By Johannes Gerritzen, Andreas Hornig, Maik Gude, Multi-Material Design
| tu-dresden.de
Influence of the sampling strategy for training data on edge case performance of data driven failure criterion for FRP Research output: Contribution to conferences › Presentation slides › Contributed › peer-review
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OpenSpeckle: open science principles in shearography and ESPI

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By Andrei G. Anisimov, Christian Düreth, Multi-Material Design, Luis Soto
| tu-dresden.de
OpenSpeckle: open science principles in shearography and ESPI Research output: Contribution to book/Conference proceedings/Anthology/Report › Conference contribution › Contributed › peer-review
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Influence of LPBF process parameters on the surface quality of stainless steel on the adhesion properties with thermoplastics

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By Florian A. Lehmann, Juliane Troschitz, Maik Gude, Multi-Material Design
| tu-dresden.de
Abstract Title 14th EASN International Conference on "Innovation in Aviation & Space towards sustainability today & tomorrow" Conference number 14 Duration 8 - 11 October 2024 Website Location Concert Hall City Thessaloniki Country Greece Keywords additive manufacturing, laser powder bed fusion, stainless steel, roughness, remelting
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Entwicklung eines hocheffizienten verknüpften Produktentstehungsprozesses (PEP) für hybride Leichtbaustrukturen im Kontext von Industrie 4.0 (PEP4.0): Teilvorhaben: Digital synchronisierte Entwicklungsarchitektur für den Produktentstehungsprozess 4.0 (PEP

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By Maik Gude, Multi-Material Design, Sebastian Spitzer, Friedrich Töpfer
| tu-dresden.de
Abstract Laufzeit des Vorhabens: 01.07.2018-30.06.2023 : Abschlussbericht 1/A430/23 Reportnr. / Förderkennzeichen: 20X1717B, 01181366 Details Original language German Number of pages 69 Publication status Published - 2023 No renderer: customAssociatesEventsRenderPortal,dk.atira.pure.api.shared.model.researchoutput.WorkingPaper
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The role of electron beam irradiation in tailoring porous carbon fibers for enhanced battery and energy storage applications

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By Mohsen Sadeghi Bogar, Jan Wolf, Maik Gude, Multi-Material Design
| tu-dresden.de
The transition to a sustainable future necessitates the development of advanced energy storage systems, including supercapacitors and batteries. Porous carbon fibers (pCFs) are of critical importance in these devices due to their high conductivity, extensive surface area, and robust structural stability. pCFs are used as cathodes in supercapacitors and as cathodes or gas distributors in hydrogen fuel cells, thereby enhancing efficiency and reducing costs.
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Graph-based process models as basis for efficient data-driven surrogates - expediting the material development process

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By Johannes Gerritzen, Andreas Hornig, Maik Gude, Multi-Material Design
| tu-dresden.de
Graph-based process models as basis for efficient data-driven surrogates – expediting the material development process Research output: Contribution to journal › Research article › Contributed › peer-review
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Efficient failure information propagation under complex stress states in fiber reinforced polymers: From micro- to meso-scale using machine learning

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By Johannes Gerritzen, Andreas Hornig, Maik Gude, Multi-Material Design
| tu-dresden.de
Abstract Title 21st International Conference on Sheet Metal Abbreviated title SheMet 2025 Conference number 21 Duration 1 - 3 April 2025 Website Location Best Western Plus Arosa Hotel City Paderborn Country Germany Keywords Fiber Reinforced Plastic, Machine Learning, Failure
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Application of fuzzy numbers and machine learning methods in the analysis of resin flow through composite porous materials

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By Dariusz Perkowski, Multi-Material Design, Tom Dziewiencki, Rafal Stanik
| tu-dresden.de
Application of fuzzy numbers and machine learning methods in the analysis of resin flow through composite porous materials Research output: Contribution to conferences › Paper › Contributed
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Multi scale systematisation of damage and failure modes of high-pressure hydrogen composite vessels in aviation, Part 2: Analysis

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By David Schlegel, Max Vater, Sebastian Spitzer, Multi-Material Design
| tu-dresden.de
Multi scale systematisation of damage and failure modes of high-pressure hydrogen composite vessels in aviation, Part 2: Analysis Research output: Contribution to journal › Research article › Contributed › peer-review
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Multi scale systematisation of damage and failure modes of high-pressure hydrogen composite vessels in aviation: Part 1: Methodology

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By David Schlegel, Max Vater, Sebastian Spitzer, Multi-Material Design
| tu-dresden.de
Multi scale systematisation of damage and failure modes of high-pressure hydrogen composite vessels in aviation: Part 1: Methodology Research output: Contribution to journal › Research article › Contributed › peer-review
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Research Portal of the TU Dresden

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By Maik Gude, Multi-Material Design, Daniel Weck
| tu-dresden.de
Contributors Maik Gude - , Chair of Lightweight System Engineering and Multi-Material Design (Author) Daniel Weck - , Institute of Lightweight Engineering and Polymer Technology (Author) Michael Müller-Pabel - , Institute of Lightweight Engineering and Polymer Technology (Author) Gerson Meschut - , Paderborn University (Author) Julian Gilich - , Paderborn University (Author) Michael F.
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Influence of the material history on the properties of recycled glass fiber reinforced polypropylene - impact of screw speed during injection molding

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By Robert Kupfer, Maik Gude, Lisa Dahrmann, Multi-Material Design
| tu-dresden.de
The changing properties of thermoplastic injection molding compounds during mechanical recycling complicate their use in structural lightweight engineering applications. Above that, an impact of the often unknown processing history on the recycled materials can be assumed, since it influences the material structure and degradation.
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Numerical investigations on fibre orientation mechanisms of continuous fiber reinforced thermoplastics by joining with metallic pins

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By Benjamin Gröger, Multi-Material Design, Andreas Hornig, Maik Gude
| tu-dresden.de
Numerical investigations on fibre orientation mechanisms of continuous fiber reinforced thermoplastics by joining with metallic pins Research output: Contribution to conferences › Presentation slides › Contributed › peer-review
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Effiziente Bestimmung von Materialkennwerten in Faser-Kunststoff-Verbunden durch Deep Learning

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By Johannes Gerritzen, Andreas Hornig, Maik Gude, Multi-Material Design
| tu-dresden.de
Effiziente Bestimmung von Materialkennwerten in Faser-Kunststoff-Verbunden durch Deep Learning Research output: Contribution to conferences › Presentation slides › Contributed
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On the deformation and failure of multi-layered composite materials for crash absorbing applications - Focus: tailored interface design

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By Moritz Kuhtz, Holger Böhm, Multi-Material Design
| tu-dresden.de
Multi layered composite materials, such as laminated fibre reinforced materials and hybrid metal-polymer composites materials are of increasing interest in all fields of mechanical engineering. The high energy absorption capacity with respect to density qualifies this class of materials especially for high performance lightweight applications which are subjected to crash and impact loading scenarios.
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Research Portal of the TU Dresden

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By Maik Gude, Multi-Material Design, Martin Pöhl
| tu-dresden.de
Abstract Förderkennzeichen: 20M1904C Förderungszeitraum/Berichtszeitraum: 01.05.2020 – 31.12.2023 Details Original language German Number of pages 38 Publication status Published - Jun 2024 No renderer: customAssociatesEventsRenderPortal,dk.atira.pure.api.shared.model.researchoutput.WorkingPaper
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Entwicklung und Umsetzung von holzfaserbasierten Leichtbaustrukturen für ein Stativ für Fotoanwendungen - FURNIER: Verbundprojekt des BMEL-Förderprogramms „Nachwachsende Rohstoffe“ - Schlussbericht

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By Maik Gude, Multi-Material Design
| tu-dresden.de
Abstract Förderkennzeichen BMEL 22030418 + 2219NR191 Verbundnummer 01195272 Laufzeit: 01.10.2019 bis 30.06.2022 Details Original language German Number of pages 33 Publication status Published - 2022 No renderer: customAssociatesEventsRenderPortal,dk.atira.pure.api.shared.model.researchoutput.WorkingPaper
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Matrix bondable antistatic additives for fiber reinforced thermosets

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By Katrin Schubert, Multi-Material Design, Michaela Gedan-Smolka, Antje Täger
| tu-dresden.de
For electrostatic coating application or for the use in the electronic industry Sheet Molding Composites (SMC) has to be modified antistatically. By a novel approach several organic monomeric and polymeric ionic substances were incorporated into the duromeric bulk phase by covalent bonds in most cases and tested in terms of their antistatic effectiveness.
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