ctflab.mae.cornell.edu

Computational Thermo-Fluid Lab - Hub

Skip to main content. Welcome to the CTFLab at Cornell. Our research focuses on predicting turbulent reacting multiphase flows using massively parallel numerical simulations. In order to model realistic engineering devices, our goal is to design new physical models, and combine them with novel numerical methods designed for high scalability, so that large-scale computing resources can be fully exploited to perform world-class parallel simulations of concrete engineering problems. Novel numerical methods ...

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Computational Thermo-Fluid Lab - Hub | ctflab.mae.cornell.edu Reviews

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Skip to main content. Welcome to the CTFLab at Cornell. Our research focuses on predicting turbulent reacting multiphase flows using massively parallel numerical simulations. In order to model realistic engineering devices, our goal is to design new physical models, and combine them with novel numerical methods designed for high scalability, so that large-scale computing resources can be fully exploited to perform world-class parallel simulations of concrete engineering problems. Novel numerical methods ...

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Computational Thermo-Fluid Lab - Hub | ctflab.mae.cornell.edu Reviews

https://ctflab.mae.cornell.edu

Skip to main content. Welcome to the CTFLab at Cornell. Our research focuses on predicting turbulent reacting multiphase flows using massively parallel numerical simulations. In order to model realistic engineering devices, our goal is to design new physical models, and combine them with novel numerical methods designed for high scalability, so that large-scale computing resources can be fully exploited to perform world-class parallel simulations of concrete engineering problems. Novel numerical methods ...

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ctflab.mae.cornell.edu

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CTFLab - Publications

https://ctflab.mae.cornell.edu/publications.html

Skip to main content. Invited Articles, Review Articles, and Book Chapters. CAPECELATRO, J., DESJARDINS, O., FOX, R. O. (2014) On fluid-particle dynamics in fully-developed cluster-induced turbulence, J. Fluid Mech., under review. KASBAOUI, M. H., KOCH, D. L., SUBRAMANIAN, G., DESJARDINS, O. (2014) Preferential concentration driven instability of sheared gas-solid suspensions, J. Fluid Mech., under review. CAPECELATRO, J., DESJARDINS, O., FOX, R. (2014) Numerical study of collisional particle...MCCASLIN,...

2

CTFLab - Gallery

https://ctflab.mae.cornell.edu/gallery.html

Skip to main content. Atomization of a turbulent liquid jet. Simulation of Diesel injection. Simulation of a turbulent liquid jet in a crossflow. Fundamentals of turbulence-interface interaction. Simulation of a realistic lab-scale fluidized bed reactor. Bubble dynamics in a fluidized bed reactor. Cluster formation in turbulent riser. Bed formation in a turbulent sand-water slurry flow. Clustering in homogeneous particle-laden flow. CTFLab offices are located in Upson Hall, on the right of this picture.

3

CTFLab - News

https://ctflab.mae.cornell.edu/news.html

Skip to main content. This page is updated frequently with CTFLab news. September 23, 2014 - Prof. Desjardins appears in Stanford news video. Prof Desjardins is featured in a Stanford Engineering news article and discusses the Center for Turbulence Research Summer Program. September 1, 2014 - New NSF project starting. Prof Desjardins and Prof. Fox are starting a new NSF research project on cluster-induced turbulence. July 02, 2014 - Keynote presentation at ICNMMF. Summer Program at Stanford University.

4

CTFLab - Positions

https://ctflab.mae.cornell.edu/positions.html

Skip to main content. This page contains general information for joining CTFLab. No funded post-doctoral positions are available at the moment, although applications are always welcome. Already Admitted to Cornell's Ph.D. Program. To set up an appointment. Not Yet Admitted to Cornell's Ph.D. Program. You will also find a list of frequently asked questions on this website. While interested candidates are welcome to contact Prof. Desjardins by email. Master of Engineering and Undergraduate Students. Due to...

5

CTFLab - People

https://ctflab.mae.cornell.edu/people.html

Skip to main content. Master of Engineering Students. Assistant Professor in the Sibley School of Mechanical and Aerospace Engineering, PI. Dr Desjardins' research focuses on large-scale numerical modeling of turbulent reacting multiphase flows with industrial application. Using world-class parallel computers, his group develops numerical methods and models to investigate the multi-scale and multi-physics fluid mechanics problems that arise in engineering devices. Master of Engineering Students. Assistan...

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ctflab.mae.cornell.edu

Computational Thermo-Fluid Lab - Hub

Skip to main content. Welcome to the CTFLab at Cornell. Our research focuses on predicting turbulent reacting multiphase flows using massively parallel numerical simulations. In order to model realistic engineering devices, our goal is to design new physical models, and combine them with novel numerical methods designed for high scalability, so that large-scale computing resources can be fully exploited to perform world-class parallel simulations of concrete engineering problems. Novel numerical methods ...

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