Prof. Dr.ir. D.L. Schott
Prof. Dr.ir. D.L. Schott
Profiel
Biografie
Dingena Schott is full professor Machine Cargo Interaction Engineering at TU Delft's department of Maritime and Transport Technology. She obtained her PhD in 2004 from Delft University of Technology on the homogenisation of bulk materials in mammoth silos. She is fascinated by the complex behaviour of granular materials and the interaction with equipment operating in a logistic context. In 2007 she started the GranChaMlab@TUDelft to characterize, model, calibrate and validate granular materials for enabling simulation supported design for cargo handling equipment on an industrial scale. Since then she has worked on developing calibration frameworks, and modelling particle based systems in various design contexts; including terminal designs for particulate materials, as well as an award winning new grab design. Her main research interests include: machine-cargo interfaces, simulation supported design, biomass materials and energy transition driven handling and logistics.
Since 2019, Schott has been appointed Director of Studies of the interfaculty MSc program Transport, Infrastructure and Logistics, and she is working on further strengthening the cohesion between research and education. She has led the faculty-wide initiative FAME (Focus Areas Mechanical Engineering) for the repositioning of research within the Mechanical Engineering faculty. In addition, Schott has been an active member of the DEWIS platform for many years, a network within TU Delft that connects and inspires female scientists.
Publicaties
Links
Expertise
Publicaties
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2024
A metamaterial-based interface for the structural resonance shielding of impact-driven offshore monopiles
Ana Carolina Azevedo Vasconcelos / Sabiju Valiya Valappil / Dingena Schott / Jovana Jovanova / Alejandro M. Aragón
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2024
Effects of pellet-sinter interaction parameters on component segregation and bed porosity considering flow velocity and mixture composition
A DEM study
Raïsa Roeplal / Yusong Pang / Dingena Schott -
2024
Numerical study on material removal of a convex pattern surface interacting with non-spherical particles
Yunpeng Yan / Skirmantas Pargalgauskas / Rudy Helmons / Dingena Schott
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2023
A small-scale pile impact test for demonstrating the coupling between structural vibration and underwater noise generation
A.C. Azevedo Vasconcelos / S. Heijnen / Bart Holtzer / A.M. Aragon / D.L. Schott / J. Jovanova
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2023
Are active soft particles suitable for particle jamming actuators?
Q. Chen / D.L. Schott / J. Jovanova
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Media
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2019-10-01
Nemag and TU Delft design innovative grab for faster unloading
Nevenwerkzaamheden
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2023-08-31 - 2025-10-01