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Accelerate the design of next-generation composites utilizing artificial intelligence. Understanding and controlling the material behavior during manufacturing is cruical to ensure the quality
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Reflectance spectroscopy is a technique widely used in planetary sciences to investigate the chemical composition, texture, temperature and physical parameters of the studied planetary body. In
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chloride and fluoride salts; the synthesis and purification of relevant molten salt compositions; the measurement of melting temperatures, heat capacity, density, viscosity and thermal conductivity of molten
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Delft within the Steel and Composite Structures section in the Department of Engineering Structures, under the supervision of Dr. Florentia Kavoura and Prof. Milan Veljkovic from the Faculty of Civil
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Challenge: Defects lead to repair/rejection of part Change: Manufacturing data quantifying defects Impact: Reduce unnecessary composite waste As a Ph.D. researcher, you will spearhead a critical
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NXTGEN Hightech program aims to accelerate the development of innovative new equipment and technologies. Responding to the future needs for sustainable mobility, rapid thermoplastic composite processes
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Passionate about composite structures and sustainable aviation? Perfect! In this PhD you'll explore how to combine storage states to improve overal efficiency of on-board hydrogen storage
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the volumetric composition of mine waste piles for proactive waste management and secondary resource recovery. The main goal of this position is to develop and implement innovative methodologies to analyze and
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. The fundamental insights are obtained first of all by time and temperature resolved optical and luminescence spectroscopy combined with a variety of techniques to analyze the structure, (defect)composition and