Research Explorer

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Researcher

David Van Cauwenberge

Awards & Distinctions

21 Results

2019

Golf meets a steam cracking coil : dimpled reactor technology for the production of light olefins

Jens DedeyneMarco VirgilioTony ArtsJens FloréHeinrich LaibDavid Van CauwenbergeGuy MarinKevin Van Geem

Large eddy simulation of tubular reactors with spherical dimples

Jens DedeyneDavid Van CauwenbergePieter ReyniersKevin Van GeemGuy Marin

A1 Journal Article in CHEMICAL ENGINEERING JOURNAL

2018

Numerical and experimental evaluation of heat transfer in helically corrugated tubes

David Van CauwenbergeJens DedeyneKevin Van GeemGuy MarinJ. Floré

A1 Journal Article in AICHE JOURNAL

2017

Dynamic simulation of fouling in steam cracking reactors using CFD

Laurien VandewalleDavid Van CauwenbergeJens DedeyneKevin Van GeemGuy Marin

A1 Journal Article in CHEMICAL ENGINEERING JOURNAL

Investigation of particle cluster morphology in a downflow reactive system via large eddy simulation

Noel Gómez MendozaLaurien VandewallePieter ReyniersDavid Van CauwenbergeAlejandro MolinaRodney FoxKevin Van GeemGuy Marin

Multi-scale modeling of 3D reactor technology for reduced coke formation in steam cracking

David Van CauwenbergeKevin Van GeemGuy Marin

Periodic reactive flow simulation : proof of concept for steam cracking coils

David Van CauwenbergeLaurien VandewallePieter ReyniersKevin Van GeemGuy MarinJens Floré

A1 Journal Article in AICHE JOURNAL

Towards large Eddy simulations with detailed kinetics

Pieter ReyniersDavid Van CauwenbergeGuy MarinKevin Van Geem

2016

Computational fluid dynamic design of steam cracking reactors : simulation of dynamic coke growth

Laurien VandewalleJens DedeyneDavid Van CauwenbergePieter ReyniersAlexander VervustKevin Van GeemGuy Marin

Computational fluid dynamics design of steam cracking reactors: extrusion method for simulation of dynamic coke layer growth

Laurien VandewalleJens DedeyneDavid Van CauwenbergePieter ReyniersKevin Van GeemGuy Marin

Large Eddy Simulation of Enhanced 3D Pyrolysis Reactors

Pieter ReyniersPieter PlehiersDavid Van CauwenbergeKevin Van GeemGuy Marin

2015

CFD-based design of 3D pyrolysis reactors

David Van CauwenbergeKevin Van GeemGuy Marin

CFD-based design of 3D pyrolysis reactors: RANS vs. LES

David Van CauwenbergeCarl SchietekatJens FloréKevin Van GeemGuy Marin

A1 Journal Article in CHEMICAL ENGINEERING JOURNAL

Computational fluid dynamics based design of steam cracking reactors

David Van CauwenbergeKevin Van GeemJ FloréGuy Marin

First principles‐based design of 3D pyrolysis reactors

David Van CauwenbergePieter Reyniersjens floréKevin Van GeemGuy Marin

Necessity and feasibility of 3D simulations of steam cracking reactors

Pieter ReyniersCarl SchietekatDavid Van CauwenbergeLaurien VandewalleKevin Van GeemGuy Marin

A1 Journal Article in INDUSTRIAL & ENGINEERING CHEMISTRY RESEARCH

Numerical simulations of steam cracking test furnace using detailed combustion mechanism for CO and NOx emission

Yu ZhangCarl SchietekatDavid Van CauwenbergePieter ReyniersKevin Van GeemM HennekeF QianGuy Marin

2014

CFD‐based design of 3D pyrolysis reactors: RANS vs LES

David Van CauwenbergeCarl SchietekatKevin Van GeemGuy Marin

Computational fluid dynamics based design of finned steam cracking reactors

Carl SchietekatDavid Van CauwenbergeKevin Van GeemGuy Marin

A1 Journal Article in AICHE JOURNAL

2013

3D steam cracking reactor technology: the good, the bad and the ugly

Kevin Van GeemDavid Van CauwenbergeCarl SchietekatGuy Marin

Computational fluid dynamics based design of finned

Kevin Van GeemDavid Van CauwenbergeCarl SchietekatGuy Marin