Dr.ir. M. (Matthijs) Langelaar
Dr.ir. M. (Matthijs) Langelaar
Profiel
Matthijs Langelaar holds a PhD degree from Delft University of Technology and an MSc degree in Mechanical Engineering from University of Twente. He presently is Associate Professor and leads a research group in Structural Optimization and Mechanics at Delft University of Technology. He has also worked at DLR (German Aerospace Center, Robotics Institute), University of Colorado at Boulder in the US, with Prof. Kurt Maute), at the Univeristy of Freiburg in Germany, with Prof. Jan Korvink) and at Seoul National University with Profs. Yoon Young Kim and Gil Ho Yoon, in Korea.
The focus of his research is to advance computational design techniques in particular for demanding high-tech applications, with a specific emphasis on topology optimization. He and his research team are currently intensively involved in the ongoing research effort to define design approaches for additive manufacturing.
Publicaties
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2022
A simple and versatile topology optimization formulation for flexure synthesis
S. Koppen / M. Langelaar / F. van Keulen
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2022-6
Controlling local overheating in topology optimization for additive manufacturing
R. Ranjan / C. Ayas / M. Langelaar / A. van Keulen
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2022
Design for drainability in density-based topology optimization
Reinier Giele / Fred van Keulen / Matthijs Langelaar
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2022
Efficient multi-partition topology optimization
S. Koppen / M. Langelaar / F. van Keulen
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2022
Including stochastics in metamodel-based DEM model calibration
Marc Patrick Fransen / Matthijs Langelaar / Dingena L. Schott
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Onderwijs 2022
Onderwijs 2021
Media
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2020-12-10
Lichtgewicht ‘vliegend tapijt’ maakt chipmachine van ASML nóg beter
Verscheen in: Eindhovens Dagblad
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2020-11-06
Topologie-optimalisatie en 3d-printing brengen waferstage naar hoger plan
Verscheen in: Mechatronica en Machinebouw
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2020-10-07
Terugblik op succesvolle HI Speedtrack: Topologie Optimalisatie
Verscheen in: Holland Instrumentation
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2020-09-16
Dutch collaborators bring high-performance motion systems to a whole new stage
Verscheen in: Bits&Chips
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2018-09-07
TU Delft Researchers Develop Heat Accumulation Detection Procedure for SLM 3D Printing
Verscheen in: 3Dprint.com