Laboratory for Thermal Power Engineering (Delft)
| schema:name | "Laboratory for Thermal Power Engineering (Delft)" |
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"Laboratory of Thermal Power Engineering (Delft)" |
| "Laboratorium voor Energievoorziening (Delft)" | |
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| schema:location |
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Vakgroep Proces en Energie (Delft) |
| Technische Hogeschool (Delft). Afdeling der Werktuigbouwkunde |
Inverse relations
[ .. ] → schema:author → Laboratory for Thermal Power Engineering (Delft)
Contributions to the development of a Multi-Stage Flash/Fluidized Bed Evaporator (MSF/FBE) / A.W. Veenmanschema:ProductModel
Dynamic modeling and identification of a coal-fired pressurized fluidized bed combuster / Ronald Johannes Maria Koolschema:ProductModel
Freeboard phenomena in a fluidized bed coal combuster / F.J.A. Martensschema:ProductModel
Investigation into the validity of J-based methods for the prediction of ductile tearing and fracture / P.A.J.M. Steenkampschema:ProductModel
Numerical modelling of a turbulent low calorific coal gas diffusion flame in the pressurized topping combustor with the computational fluid dynamics package FLUENT / E.A. op het Veldschema:ProductModel
Post-scram LMFBR heat transport system dynamics and steam generator control / by J.F.L.M. Brukxschema:ProductModel
Some contributions to the structural design and analysis of pressure vessel and piping components / by H.A.C.M. Spaasschema:ProductModel
The three-dimensional J-integral : an investigation into its use for post-yield fracture safety assessment / A. Bakkerschema:ProductModel
Turbulent fluidization and heat transfer in a pressurized fluidized bed combustor / Gert Boelensschema:ProductModel