In 1999 the Mechanical Engineering Department and the ...
[pic]
[pic]
MULTIDISCIPLINARY ANALYSIS, INVERSE DESIGN, ROBUST OPTIMIZATION AND CONTROL (MAIDROC) LABORATORY
DEPARTMENT OF MECHANICAL AND MATERIALS ENGINEERING
Presents an Invited Lecture on
Multiphase Flow CFD in Marine Applications
Robert F. Kunz*, Jules W. Lindau, Michael P. Kinzel, Norman F. Foster
*Senior Scientist and Head of Computational Mechanics Division, Applied Research Laboratory
Professor of Aerospace Engineering
The Pennsylvania State University
Date: February 19, 2016 (FRIDAY)
Time: 3:00 – 4:00 p.m.
Room: EC1107
Multiphase flows play an important role in the performance of virtually all surface and undersea systems. From a computational modelling perspective, the complexities of large density ratio, non-equilibrium dynamics, discrete interfaces, multiphase compressibility, mass transfer, multiple gas species, and other physics, require the use of high pedigree numerics, validated physical models and large-scale parallel simulation. In this talk we focus on flows where dynamic discrete interfaces exist/arise that interact importantly with the motion of the vehicle. In this context, our group has studied developed cavitation and free-surface dynamics for a number of years and consider six-degree-of-freedom flow-body interactions. In this talk we explore the CFD technologies we have developed and applied for surface craft and wave energy harvesting devices, developed cavitation on propellers and maneuvering super-cavitating systems. Underlying numerical elements including free-surface capturing discretization, preconditioning, mass transfer, six-degree-of-freedom dynamics coupling, and overset and adaptive meshing are discussed as important elements in our modelling. A number of examples are provided that illustrate the state-of-the-technology in this CFD design environment.
Biosketch of the Invited Lecturer:
Dr. Robert Kunz is a Senior Scientist at the Penn State Applied Research Laboratory. He is an Assistant Director of ARL, heading the Computational Mechanics Division. Dr. Kunz is also on the graduate faculty of the university as a Professor of Aerospace Engineering, where he teaches classes in aerodynamics, propulsion and computational fluid dynamics (CFD). His principal research interests and activities include Computational Fluid Dynamics, multiphase flows, biomedical fluid mechanics, turbomachinery, aerodynamics, nuclear reactor thermal-hydraulics and thermal management analysis. He has over 30 years of experience in computational fluid dynamics development and modeling at Penn State ARL, Pratt and Whitney, General Motors and Knolls Atomic Power Laboratory (KAPL). Dr. Kunz has authored 27 papers in refereed journals, over 60 conference publications, one book chapter and numerous sponsor/contractor reports.
Email: rfk102@arl.psu.edu
For further information please contact Prof. Dulikravich at (305) 348-7016 or at dulikrav@fiu.edu.
Map: (Other campuses/ - Engineering Center)
................
................
In order to avoid copyright disputes, this page is only a partial summary.
To fulfill the demand for quickly locating and searching documents.
It is intelligent file search solution for home and business.
Related searches
- why mechanical engineering college essay
- why choose mechanical engineering major
- learn mechanical engineering online
- mechanical engineering coursework
- mechanical engineering materials pdf
- mechanical engineering courses list
- mechanical engineering facts information
- mechanical engineering facts for kids
- mechanical engineering history and facts
- phd in mechanical engineering salary
- mechanical engineering drafting standards
- mechanical engineering drawing symbols chart