Niklas Konig on Muck Rack

Niklas Konig

  • Head of Content Engagement, DAZN
Munich
As seen in: DAZN, Nature, Wiley Online Library, Goal, MDPI, ACS Publications, Science Magazine, FOX Sports, Sporting News, SPOX
@DAZN_DE
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Articles

Xolography for Biomedical Applications: Dual‐Color Light‐Sheet Printing of Hydrogels With Local Control Over Shape and Stiffness

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By Gerardo Cedillo-Servin, Niklas Konig, Lena Stoecker, Marcela García-Jiménez
| Wiley Online Library
1 Introduction Tissue engineering aims to design extracellular environments that support and instruct cells and thus relies on materials that provide diverse biochemical, mechanical, and structural cues. Hydrogels are the most widely used material class for this purpose because of their biocompatibility, biodegradability, and capability to retain large amounts of water.
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Super Twisting Sliding Mode Control with Compensated Current Controller Dynamics on Active Magnetic Bearings with Large Air Gap

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By Jonah Vennemann, Romain Brasse, Niklas Konig, Matthias Nienhaus
| MDPI
Abstract : Due to their unique properties, like no mechanical contact and therefore no wear and no lubrication needed, Active Magnetic Bearings (AMBs) have been a dynamic field of research in the past decades. The high non-linearities of AMBs generate many challenges for the control of the otherwise unstable system, thus they need to be addressed to deliver the performance that modern applications require.
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Design and Implementation of a Driving Strategy for Star-Connected Active Magnetic Bearings with Application to Sensorless Driving

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By Niklas Konig, Romain Brasse, Jonah Vennemann, Matthias Nienhaus
| MDPI
3.1. Simulation Model and Parameters The proposed driving method was tested numerically in a Matlab/Simulink model. Inspired by the block diagram in Figure 1, it easily allows testing different driving currents and position estimation methods with several plant designs. The focus of this work is on the validation of the proposed star connection, whereas the position control follows a known pole placement approach [1]. Figure 8 shows that a cascading control design has been chosen.
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