Introduction to magneto-fluid-dynamics for aerospace application - hardcover - VKI LS 2004-01

Introduction to magneto-fluid-dynamics for aerospace applications
October 27-30, 2003; O. Chazot & M. Zuber

• SHANG, J.S. – Wright State University, USA 
  Historical perspective of magneto-fluid-dynamics
  MFD research in US toward aerospace applications
• NIHOUL, J.C.J. - Liège University, Belgium
  Magneto and electromagnetic fluid dynamics
  Magnetohydrodynamic waves
  1D equations and analysis/channel flows
• GIORDANO, D. - ESTEC, The Netherlands
  Hypersonic-flow governing equations with electromagnetic fields
  European activities - Electromagnetic fluid dynamics in ESA
• D’AMBROSIO, D. - Politecnico di Torino, Italy
  Coupling between electro-magnetics and fluid-dynamics: physical and numerical aspects
• PANDOL, M. & D’AMBROSIO, D. - Politecnico di Torino, Italy
  Upwind numerical methods for magneto-fluid-dynamics
• POGGIE, J. – Air Force Research Laboratory, Wright-Patterson Air Force Base, USA
  Numerical modeling of electromagnetic control techniques for high-speed flow
• BOTTINI, H. & BRUNO C. - University of Rome “La Sapienza”, Italy
  Numerical fully coupled example-MHD scramjet
• VEEFKIND, A. - Retired from Eindhoven University of Technology, The Netherlands
  Experimental approach to plasma physical aspects of traditional MHD
• BITYURIN, V.A. - Institute of High Temperatures of Russian Academy of Sciences, Russia
  Prospective of MHD interaction in hypersonic & propulsion technologies
  Russian efforts in MHD aerospace applications
• KIMMEL, R.L.- Air Force Research Laboratory, US Air Force, USA
  Plasma flow control for boundary layers
• KIMMEL, R.L.¹; MENART, J.²; SHANG, J.S.² - ¹Air Force Research Laboratory, US Air Force, USA & ²Wright State University, USA
  Design and implementation of a magnetoaerodynamic channel
• ANDRENUCCI, M. - University of Pisa, Italy
  MFD technologies for space propulsion applications
• BORGHI, C. - University of Bologna, Italy
  European activities - Italian perspective