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Prof. Dr.-Ing. Axel Spickenheuer

Leiter der Arbeitsgruppe Komplexe Strukturkomponenten / Leiter des Clusters Integrative Simulation

Cluster Integrative Simulation
+49 (0)351 4658 374 +49 (0)351 4658 362

Quicklinks

Arbeitsbereiche

  • Entwicklung neuartiger Methoden für Modellierung, Auslegung und Optimierung von variabelaxialen Faser-Kunststoff-Verbund (FKV)-Strukturen
  • Gestaltung, Auslegung und Optimierung variabelaxialer FKV-Strukturen für extreme Leichtbauanwendungen mithilfe von Finite Elemente Simulationssoftware
  • Entwicklungen entlang der Prozesskette des Tailored Fiber Placement (TFP)-Verfahrens von der Auslegung bis zur Bauteilfertigung
  • Experimentelle Untersuchungen von FKV-Strukturen
  • Holz-FKV-Werkstoffverbunde
  • Biomedizinische Textilien

Projekte

Link zur Arbeitsgruppe

Lehre

  • Honorarprofessor an der Fakultät Design, HTW Dresden, Lehre in den Modulen: Technologie und Werkstoffe, Design Studies
  • Faserverbundkonstruktionen, TU Dresden

Publikationen

  • Azevedo, C. B.; Almeida Jr., J. H. S.; Lisbôa, T. d. V.; Scherer, L. G.; Spickenheuer, A.; Amico, S. C. Combining filament winding with tailored fiber placement in composite cylinders locally reinforced with fibrous patches more Journal of Reinforced Plastics and Composites 43 (2024) 576-588
  • Cáceres, G. d. A.; Lisbôa, T. d. V.; Elschner, C.; Spickenheuer, A. Experimental global warming potential-weighted specific stiffness comparison among different natural and synthetic fibers in a composite component manufactured by Tailored Fiber Placement more Polymers 16 (2024) 726
  • Fischer, M.; Santoro, L. A.; Bruk, S.; Henkel, K.; Hüttner, R.; Körbitz, R.; Brinkmann, F.; Spickenheuer, A.; Kühnert, I.; Hampe, J.; Uhlig, K. Friction testing of tube-guided electrically heated Nitinol shape-memory alloy wires more Tribology International 191 (2024) 109161
  • Uhlig, K.; Bruk, S.; Fischer, M.; Henkel, K.; Brinkmann, F.; Körbitz, R.; Hüttner, R.; Pietsch, M.; Hempel, P.; Spickenheuer, A.; Stommel, M.; Richter, A.; Hampe, J. Design, simulation and experimental analysis of a monolithic bending section for enhanced maneuverability of single use laparoscopic devices more Scientific Reports 14 (2024) 3309
  • Madrid, M.; Almeida Jr., J. H. S.; Lisbôa, T. d. V.; Spickenheuer, A.; Marczak, R. J.; Amico, S. C. Internal pressure testing of open-ended filament-wound cylinders using radial expansion of elastomeric inserts more Journal of Reinforced Plastics and Composites (2024) Early Access
  • Konze, S.; Lisbôa, T. V.; Bruk, S.; Bittrich, L.; Stommel, M.; Wildemann, M.; Herold, J.; Spickenheuer, A. A novel additive manufacturing process for multi-matrix fiber reinforced composites more SAMPE Journal 59 (2023) 50-58
  • de Menezes, E. A. W.; Lisbôa, T. d. V.; Almeida Jr., J. H. S.; Spickenheuer, A.; Amico, S. C.; Marczak, R. J. On the winding pattern influence for filament wound cylinders under axial compression, torsion, and internal pressure loads more Thin-Walled Structures 191 (2023) 111041
  • Almeida Jr., J. H. S. ; Lisbôa, T.V. ; Spickenheuer, A. ; St-Pierre, L. A sequential finite element model updating routine to identify creep parameters for filament wound composite cylinders in aggressive environments more Computers and Structures 276 (2023) 106939
  • Bittrich, L. ; Seuffert, J. ; Dietrich, S. ; Uhlig, K. ; Lisboa, T. ; Kärger, L. ; Spickenheuer, A. On the resin transfer molding (RTM) infiltration of fiber-reinforced composites made by tailored fiber placement more Polymers 14 (2022) 4873
  • Lisbôa, T.V. ; Almeida Jr., J.H.S. ; Spickenheuer, A. ; Stommel, M. ; Amico, S.C. ; Marczak, R.J. FEM updating for damage modeling of composite cylinders under radial compression considering the winding pattern more Thin-Walled Structures 173 (2022) 108954
  • Michel, S. ; Kurkowski, M. ; Summa, J. ; Spickenheuer, A. ; Biermann, D. ; Stommel, M. ; Herrmann, H.-G. FKV-Bohrrohre mit strukturintegrierter Sensorik more wt Werkstattstechnik online 111 (2021) 846-850
  • Seuffert, J. ; Bittrich, L. ; de Oliveira, L. C. ; Spickenheuer, A. ; Kärger, L. Micro-scale permeability characterization of carbon fiber composites using micrograph volume elements more Frontiers in Materials 8 (2021) Article Number: 745084
  • Roy, A. K. ; Faisal, S. N. ; Spickenheuer, A. ; Scheffler, C. ; Wang, J. ; Harris, A. T. ; Minett, A. I. ; Islam, M. S. Loading dependency of 2D MoS2 nanosheets in the capacitance of 3D hybrid microfibre-based energy storage devices more Carbon Trends 5 (2021) 100097
  • Breuer, K. ; Spickenheuer, A. ; Stommel, M. Statistical analysis of mechanical stressing in short fiber reinforced composites by means of statistical and representative volume elements more Fibers 9 (2021) 32
  • Plyusnin, A. ; He, J. ; Elschner, C. ; Nakamura, M. ; Kulkova, J. ; Spickenheuer, A. ; Scheffler, C. ; Lassila, L. ; Moritz, N. A polymer for application as a matrix phase in a concept of in situ curable bioresorbable bioactive load-bearing continuous fiber reinforced composite fracture fixation plates more Molecules 26 (2021) 1256
  • Heilos, K. ; Uhlig, K. ; Hofmann, M. ; Spickenheuer, A. Beanspruchungsgerecht verstärkte Vliesstoffe aus recycelten Carbonfasern more TEXTILplus (2020) 18-20
  • Bartholomay, S. ; Wester, T.T.B. ; Perez-Becker, S. ; Konze, S. ; Hölling, M. ; Spickenheuer, A. ; Peinke, J. ; Nayeri, C.N. ; Paschereit, O.P. ; Oberleithner, K. Pressure based lift Elestimation and its application to feedforward load control employing trailing edge flaps more Wind Energy Science (2020) 1-39
  • Lisbôa, T.V. ; Almeida Jr., J.H.S. ; Dalibor, I.H. ; Spickenheuer, A. ; Marczak, R.J. ; Amico, S. C. The role of winding pattern on filament wound composite cylinders under radial compression more Polymer Composites 41 (2020) 2446-2454
  • Almeida Jr., J.H.S. ; Bittrich, L. ; Spickenheuer, A. Improving the open-hole tension characteristics with variable-axial composite laminates: Optimization, progressive damage modeling and experimental observations more Composites Science and Technology 185 (2020) ID107889
  • Breier, A. ; Guan, J. ; Spickenheuer, A. Establishing an optical measuring method to determine the anisotropy of embroidered reinforcement structures more MRS Advances 4 (2019) 1267-1274
  • Richter, E. ; Spickenheuer, A. ; Bittrich, L. ; Uhlig, K. ; Heinrich, G. Mechanical design of intersection points of tailored fiber placement made carbon fiber reinforced plastic truss-like structures more Key Engineering Materials 809 (2019) 452-460
  • Almeida Jr., J.H.S. ; Bittrich, L. ; Jansen, E. ; Tita, V. ; Spickenheuer, A. Buckling optimization of composite cylinders for axial compression: A design methodology considering a variable-axial fiber layout more Composite Structures 222 (2019) ID110928
  • Hahn, J. ; Schulze-Tanzil, G. ; Schröpfer, M. ; Meyer, M. ; Gögele, C. ; Hoyer, M. ; Spickenheuer, A. ; Heinrich, G. ; Breier, A. Viscoelastic behavior of embroidered scaffolds for ACL tissue engineering made of PLA and P(LA-CL) after in vitro degradation more International Journal of Molecular Sciences 20 (2019) 4655
  • Uhlig, K. ; Bittrich, L. ; Spickenheuer, A. ; Almeida Jr., J.H.S. Waviness and fiber volume content analysis in continuous carbon fiber reinforced plastics made by tailored fiber placement more Composite Structures 222 (2019) ID110910
  • Almeida Jr., J.H.S. ; Bittrich, L. ; Nomura, T. ; Spickenheuer, A. Cross-section optimization of topologically-optimized variable-axial anisotropic composite structures more Composite Structures 225 (2019) ID111150

Preise

  • Innovationspreis des Fördervereins des Leibniz-Instituts für Polymerforschung Dresden e. V. für Entwicklung eines neuen Verfahrens zur Herstellung von Faser-Kunststoff-Verbunden (FKV) mit lokal variierienden Matrixmaterialien, 2022
  • JEC Innovation Award in der Kategorie Sports für New generation of bow risers made of carbon fibre composite materials, 2017
  • Innovationspreis des Fördervereins des Leibniz-Instituts für Polymerforschung Dresden e. V. für Neuartige computergestützte Methoden zur Auslegung, Optimierung und Fertigung von hochbelastbaren variabelaxialen Faser-Kunststoff-Verbund (FKV)-Bauteilen, 2015
  • Oechsler-Preis des Wissenschaftlichen Arbeitskreises Kunststoffe (WAK) für die beste Dissertation, 2014