Institution
Graz University of Technology
Recent research
- Engineering & TechnologyOpen access
Replacement of fossil fuels and base chemicals by sustainable alternatives is one of today’s greatest challenges for economy and society. Dual fluidized bed steam gasification with downstream synthesis processes is a promising technology to generate versatile energy carriers and...
- Materials & EnergyOpen access
Inorganic X-ray amorphous materials (iXAMs) are reactive soil components, including nanocrystalline minerals and mineraloids, often overlooked by mineralogical analyses. We evaluated their abundance and composition in temperate climate soils (Cambisol, Podzol, Chernozem, and Stag...
- BiologyOpen access
Abstract Enzyme engineering has produced numerous methods to optimize enzymes for biotechnological processes; however, less is known about how natural evolution creates new functionalities. We investigate the evolutionary emergence of enantioselectivity in plant borneol dehydroge...
- Materials & EnergyOpen access
Chalcogenophosphiniteswith a Cyclic Oligosilane Backbone
Abstract A structurally authenticated series of chalcogenophosphinites, R2P(ChPh) (Ch = S, Se, Te), supported by a compact tetrasilaphosphacyclopentane backbone, is presented. The parent secondary phosphane is obtained in two scalable steps from a dichlorohexasilane via substitut...
- Engineering & Technology
Abstract The demand for high-efficiency, low-emission gas turbines has intensified with growing global energy consumption. In modern turbines, elevated inlet temperatures and uniform combustor-exit profiles expose the first-stage vane endwall to severe thermal loads. Complex vort...
- Society & Economics
Unruly Comparison: Queerness, Hong Kong, and the Sinophone, Alvin K. Wong (2025)
Review of: Unruly Comparison: Queerness, Hong Kong, and the Sinophone , Alvin K. Wong (2025) Durham, NC and London: Duke University Press, 192 pp., ISBN 978-1-47803-189-5, p/bk, USD 25.95
- Materials & EnergyOpen access
Numerical investigation of the effective heat transfer coefficient for red clay hollow bricks
This study presents a numerical investigation of the effective heat transfer coefficient in red clay hollow bricks, accounting for the combined effects of heat diffusion in the solid clay and natural convection and thermal radiation within the air-filled cavities. Heat conduction...
- Physics & SpaceOpen access
Koopman-based reduced-order modelling of discrete dislocation dynamics simulations
Abstract The plastic behaviour of single crystals emerges from the motion and interaction of crystal dislocations, which may nowadays be simulated with so-called discrete dislocation dynamics (DDD) simulations. Data-driven methods offer the prospect that results from DDD simulati...