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M.Eng. Jasmin Graef

Telefon:
+49 271 740 - 2482
Fax:
+49 271 740 - 14404
Büro:
BS-D 101
Sprechzeiten:
nur nach Vereinbarung

Publikationen

Engel, B.; Graef, J. (2017). FE analysis of the influence of fiber orientation to shearing and wrinkling of fiber reinforced thermoplastic parts. In Key Engineering Materials (Vol. 742), S. 732–739. DOI 10.4028/www.scientific.net/KEM.742.732.

B. Engel and J. Graef (2019). "Sensitivity Study of Material Input Data on FE Forming Results for Wrinkling and Shearing of Fiber Reinforced Thermoplastic Parts", Key Engineering Materials, Vol. 809, pp. 500-505, 2019.

Graef, J. (2016). Influencing factors to the reproducibility of bias extension tests of fiber reinforced thermoplastics. MSE - Materials Science and Engineering Congress 2016. Darmstadt University of Technology. Darmstadt, 27.09.2016, zuletzt geprüft am 12.10.2017.

Engel, B.; Graef, J. (2016). Study of the bending stiffness of fibre-reinforced thermoplastics at forming temperature. In JEC COMPOSITES MAGAZINE (102), S. 38–41.

Engel, B.; Brühmann, J. (2015). Vergleich verschiedener Modelle zur Formsimulation Faserverstärkter Thermoplaste anhand von Scher- und Biegeversuchen mit Abaqus/Explicit. CompoForm. FORMkubik GbR. municon, München, 12.05.2015.

Engel, B.; Graef, J. (2015). Different material models for intra-ply shear and double-dome FE forming analysis. In JEC COMPOSITES MAGAZINE (No 100).

Brühmann, J. (2015). Sensitivitätsanalysen und Parameterstudien von Faserverstärkten Thermoplasten in HyperStudy. 9. HyperWorks Anwendertreffen für Hochschulen. Böblingen, 20.03.2015.

Engel, B.; Brühmann, J. (2014). Mechanisms and sources of spring-in and spring-back of fiber reinforced thermoplastics. In University of Ilmenau (Hg.). 58th IWK Ilmenauer Scientific Colloquium. IWK Ilmenauer Scientific Colloquium. Ilmenau, 08.-12.2014 (58th).

Engel, B.; Brühmann, J. (2014). Methods for the numerical modelling of the polymer interlayer of laminated sheets in case of coupled thermo-mechanical FE-analysis. In Key Engineering Materials (Vols. 611-612), S. 1364–1370.

Engel, B.; Brühmann, J. (2013). Spring-in characteristics of thermoplastic composites with glass fiber fabric reinforcement. 19th International Conference On Composite Materials. Montreal, Canada, 2013, zuletzt geprüft am 09.04.2014.

Brühmann, J.; Grodtmann, C. (2013). Schädigungsanalyse von faserverstärkten Thermoplasten mit optisch angeregter Lockin-Thermographie. Thermographie-Kolloquium. DGZfP. Stuttgart, 09.2013.

Brühmann, J. (2011). Using Strain Hardening for Advanced Structural Analysis Quality of Vehicle Components, 5. HyperWorks Anwendertreffen für Hochschulen. Bonn, 07.11.2011.

Lehrstuhl Logo

/team/images/graef.jpg

M.Eng. Jasmin Graef

Telefon:
+49 271 740 - 2482
Fax:
+49 271 740 - 14404
Büro:
BS-D 101
Sprechzeiten:
nur nach Vereinbarung

Publikationen

Engel, B.; Graef, J. (2017). FE analysis of the influence of fiber orientation to shearing and wrinkling of fiber reinforced thermoplastic parts. In Key Engineering Materials (Vol. 742), S. 732–739. DOI 10.4028/www.scientific.net/KEM.742.732.

B. Engel and J. Graef (2019). "Sensitivity Study of Material Input Data on FE Forming Results for Wrinkling and Shearing of Fiber Reinforced Thermoplastic Parts", Key Engineering Materials, Vol. 809, pp. 500-505, 2019.

Graef, J. (2016). Influencing factors to the reproducibility of bias extension tests of fiber reinforced thermoplastics. MSE - Materials Science and Engineering Congress 2016. Darmstadt University of Technology. Darmstadt, 27.09.2016, zuletzt geprüft am 12.10.2017.

Engel, B.; Graef, J. (2016). Study of the bending stiffness of fibre-reinforced thermoplastics at forming temperature. In JEC COMPOSITES MAGAZINE (102), S. 38–41.

Engel, B.; Brühmann, J. (2015). Vergleich verschiedener Modelle zur Formsimulation Faserverstärkter Thermoplaste anhand von Scher- und Biegeversuchen mit Abaqus/Explicit. CompoForm. FORMkubik GbR. municon, München, 12.05.2015.

Engel, B.; Graef, J. (2015). Different material models for intra-ply shear and double-dome FE forming analysis. In JEC COMPOSITES MAGAZINE (No 100).

Brühmann, J. (2015). Sensitivitätsanalysen und Parameterstudien von Faserverstärkten Thermoplasten in HyperStudy. 9. HyperWorks Anwendertreffen für Hochschulen. Böblingen, 20.03.2015.

Engel, B.; Brühmann, J. (2014). Mechanisms and sources of spring-in and spring-back of fiber reinforced thermoplastics. In University of Ilmenau (Hg.). 58th IWK Ilmenauer Scientific Colloquium. IWK Ilmenauer Scientific Colloquium. Ilmenau, 08.-12.2014 (58th).

Engel, B.; Brühmann, J. (2014). Methods for the numerical modelling of the polymer interlayer of laminated sheets in case of coupled thermo-mechanical FE-analysis. In Key Engineering Materials (Vols. 611-612), S. 1364–1370.

Engel, B.; Brühmann, J. (2013). Spring-in characteristics of thermoplastic composites with glass fiber fabric reinforcement. 19th International Conference On Composite Materials. Montreal, Canada, 2013, zuletzt geprüft am 09.04.2014.

Brühmann, J.; Grodtmann, C. (2013). Schädigungsanalyse von faserverstärkten Thermoplasten mit optisch angeregter Lockin-Thermographie. Thermographie-Kolloquium. DGZfP. Stuttgart, 09.2013.

Brühmann, J. (2011). Using Strain Hardening for Advanced Structural Analysis Quality of Vehicle Components, 5. HyperWorks Anwendertreffen für Hochschulen. Bonn, 07.11.2011.

 
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