Bastian Brenken Graduate Student » [email protected] » 562-606-4159 purdue.edu/cmsc BIO Purdue University PhD program in the School of Aeronautics and Astronautics, major in Structures and Materials with focus on Composite Additive Manufacturing Aug 2014–present Technical University Braunschweig Master program of Aerospace Engineering, Oct 2011–Jan 2014 KTH Royal Institute Of Technology Study abroad within the masters program, January–May 2013 Purdue University Student research project for the masters program about short fiber composite materials, August–December 2012 Technical University Braunschweig Bachelor program of Mechanical Engineering, October 2008–June 2011 PRACTICAL EXPERIENCE CFK Valley Stade Continuation of the Master Thesis’ project: development of carbon fiber based aircraft fuselage stiffening concepts, March–August 2014 Technical University Braunschweig Scientific assistant of research at the School of Aircraft Design and Lightweight Structures–Responsible for the development of an impact test machine for composites, October 2011–February 2012 Physikalisch-Technische Bundesanstalt Internship, April–May 2011 and September–Oct 2010 Responsible for a technical construction project to optimize a calibration machine, Main focus on Computer-aided design and quality management. Airbus Germany, Hamburg (Germany) Internship, September–Oct 2009 Engaged in the aircraft assembly line of the A320 series, in the development division of the A350 and in the quality management section. RESEARCH INTERESTS Bastian’s research focuses on Composite Additive Manufacturing. The Extrusion Deposition Additive Manufacturing (EDAM) method is utilized to print high temperature tooling and molds using carbon fiber reinforced high temperature thermoplastics like Polyphenylene Sulfide (PPS). Bastian’s research topic is the development of simulation tools to predict the process induced warpage and internal stresses of these printed tools. Here, the focus is on modeling the solidification behavior of the deposited material, including the heat transfer problem, crystallization kinetics of the polymer and the material transition from a molten, viscous fluid to a viscoelastic solid. PUBLICATIONS B. Brenken, A. Favaloro, E. Barocio, N. M. DeNardo and R. B. Pipes, “Development of a Model to Predict Temperature History and Crystallization Behavior of 3D Printed Parts Made From Fiber-Reinforced Thermoplastic Polymers,” in Proceedings of the SAMPE conference, Long Beach, CA, 2016. B. Brenken, A. Favaloro, E. Barocio, N. M. Denardo, V. Kunc and R. B. Pipes, “Fused Deposition Modeling of Fiber-Reinforced Thermoplastic Polymers: Past Progress and Future Needs,” in Proceedings of the American Conference on Composite Materials, Williamsburg, VA, 2016. RESEARCH FIGURES Figure 1: Printed autoclave tool (left) and laid up prepreg composite part (right) Figure 2: Simulated temperature distribution of the printed autoclave tool during the extrusion deposition process Purdue University » Composites Manufacturing & Simulation Center

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Page 1: Bastian Brenken - Purdue University · Bastian Brenken Graduate Student » bbrenken@purdue.edu » 562-606-4159 purdue.edu/cmsc BIO Purdue University PhD program in …

Bastian BrenkenGraduate Student » [email protected] » 562-606-4159

https://www.purdue.edu/cmsc/

purd

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du/c

msc BIO

Purdue UniversityPhD program in the School of Aeronautics and Astronautics, major in Structures and Materials with focus on Composite Additive Manufacturing Aug 2014–present

Technical University BraunschweigMaster program of Aerospace Engineering, Oct 2011–Jan 2014

KTH Royal Institute Of TechnologyStudy abroad within the masters program, January–May 2013

Purdue UniversityStudent research project for the masters program about short fiber composite materials, August–December 2012

Technical University BraunschweigBachelor program of Mechanical Engineering, October 2008–June 2011

PRACTICAL EXPERIENCECFK Valley StadeContinuation of the Master Thesis’ project: development of carbon fiber based aircraft fuselage stiffening concepts, March–August 2014

Technical University BraunschweigScientific assistant of research at the School of Aircraft Design and Lightweight Structures–Responsible for the development of an impact test machine for composites, October 2011–February 2012

Physikalisch-Technische BundesanstaltInternship, April–May 2011 and September–Oct 2010

Responsible for a technical construction project to optimize a calibration machine, Main focus on Computer-aided design and quality management.

Airbus Germany, Hamburg (Germany)Internship, September–Oct 2009

Engaged in the aircraft assembly line of the A320 series, in the development division of the A350 and in the quality management section.

RESEARCH INTERESTSBastian’s research focuses on Composite Additive Manufacturing. The Extrusion Deposition Additive Manufacturing (EDAM) method is utilized to print high temperature tooling and molds using carbon fiber reinforced high temperature thermoplastics like Polyphenylene Sulfide (PPS). Bastian’s research topic is the development of simulation tools to predict the process induced warpage and internal stresses of these printed tools. Here, the focus is on modeling the solidification behavior of the deposited material, including the heat transfer problem, crystallization kinetics of the polymer and the material transition from a molten, viscous fluid to a viscoelastic solid.

PUBLICATIONSB. Brenken, A. Favaloro, E. Barocio, N. M. DeNardo and R. B. Pipes,

“Development of a Model to Predict Temperature History and

Crystallization Behavior of 3D Printed Parts Made From Fiber-Reinforced

Thermoplastic Polymers,” in Proceedings of the SAMPE conference,

Long Beach, CA, 2016.

B. Brenken, A. Favaloro, E. Barocio, N. M. Denardo, V. Kunc and R. B. Pipes,

“Fused Deposition Modeling of Fiber-Reinforced Thermoplastic

Polymers: Past Progress and Future Needs,” in Proceedings of the

American Conference on Composite Materials, Williamsburg, VA, 2016.

RESEARCH FIGURES

Figure 1: Printed autoclave tool (left) and laid up prepreg composite part (right)

Figure 2: Simulated temperature distribution of the printed autoclave tool during the extrusion deposition process