
Professor of Aerospace Engineering and Head of Aerospace Engineering Group
Department of Aerospace Engineering and Fluid Mechanics, School of Engineering
Universidad de Sevilla
Phone: +34 954 48 61 29
drivas@innaxis.org
Curriculum Vitae
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Professor of Aerospace Engineering and Head of Aerospace Engineering Group |
Damián RivasBiographyProf. Damián Rivas has more than 25 years of experience in research in the aerospace field. He graduated as an Aeronautical Engineer at the Polytechnic University of Madrid (1981) and later went on to do his Doctorate at Case Western University, USA (1987), and went to Polytechnic University of Madrid to do another Doctorate in Aeronautic Engineering (1989). Prof. Rivas has authored over 25 publications in refereed journals. He specialisesin Aircraft Performance Modeling, Trajectory Prediction, Conflict Detection and Resolution, Trajectory Optimisation and Optimal Control, and other related subjects. Presently, Prof. Rivas is a teacher of Flight Mechanics, Propulsion, and Air Navigation at the School of Engineering at the University of Seville. He continues to be highly involved with the aeronautical industry. He has been a member of such respectable groups such as EUROCONTROLs BADA User Group, ESAs Physical Sciences Working Group, and the Management Group of the European Consortium for Advanced Training in Aerospace. Prof. Rivas also provides scientific advisory and consulting to the Innaxis Foundation and Research Institute in its national and international endeavours. His collaboration between the academia, professional, and industrial worlds have led him to be well-connected and well knowledgeable on what will be the future aviation environment. [+] Education
[+] Academic Experience22 years of full-time work at the university (1987-2009): Presently, teacher of Flight Mechanics, Propulsion and Air Navigation at the School of Engineering (ESI) at the University of Seville. [+] Management ExperienceMember of EUROCONTROL's BADA User Group. Chairman of the Organizing Committee of the 9th European Workshop on Aircraft Design Education (EWADE' 09), School of Engineering (ESI), University of Seville. Member of the Supervisory Committee of the Aeronautical Engineering Program of the University of Seville. Member of the Research Committee of the Department of Aerospace Engineering and Fluid Mechanics (University of Seville). Chairman of the Academic Committee of the Department of Aerospace Engineering and Fluid Mechanics (University of Seville). Responsible of the Area of Aerospace Engineering of the Department of Aerospace Engineering and Fluid Mechanics (School of Engineering, University of Seville). Member of ESA's Physical Sciences Working Group (advisory committee of ESA's Directorate of Human Space�ight). Director of the Master on Technologies and Management of the Aeronautical Industry (University of Seville, 500 hours). Associate Member of COSPAR (Committee on Space Research). Scientific Commission G: Materials Sciences in Space. Coorganizer of the ECATA Member of the Management Group of the European Consortium for Advanced Training in Aerospace (ECATA), representing the Polytechnic University of Madrid. Vicedirector of the School of Aeronautical Engineering (ETSIA) of the Polytechnic University of Madrid (UPM). Responsible for the external relations. [+] Research ExperienceFour 6-year research periods evaluated positively by the Spanish national evaluating agency (from 1982 till 2005). Research Interests Research Projects Thermal analysis of the Floating Zone Method in Microgravity Experiments AO-99-034 and AO-99-067 in the ISS | Análisis térmico del método de la zona flotante en microgravedad. Experimentos AO-99-034 y AO-99-067 en la ISS� Thermal analysis of the Floating Zone Method in Microgravity Conditions | Análisis térmico del método de la zona flotante en condiciones de microgravedad Influence of Containment on Defects in GeSi Crystals: Comparison of Detached Bridgman and Floating-Zone Growth Weakly Non-Linear Oscillations in Liquid Bridges | Oscilaciones débilmente no lineales en puentes líquidos Fluid Acelerometers and Telescience in Fluid Physics in Microgravity | Acelerómetros fluidos y teleciencia en física de fluidos en microgravedad Free-Surface Deformation in Thermocapillary Flows | Deformación de la Superficie en Flujos Termocapilares Fluid Physics and Material in Microgravity | Física de Fluidos y Materiales en Microgravedad Surface-Tension Driven Convection Under Reduced Gravity Conditions Liquid Columns in Weightlessness | Columnas Líquidas en Ingravidez Technical Projects
Application of Leading Technology to Unmanned Aerial Vehicles for Research and Development in ATM (ATLANTIDA) Advanced Multi-Purpose Infrastructure for Trajectory Computation (IMPACT) | Infraestructura MultiPropósito Avanzada para el Cómputo de Trayectorias(IMPACT) Autonomous Aircraft Operation | Operación Autónoma de Aeronaves como Sistema de Tráfico Aéreo Performance of Turbomachinery. Software Development. | Actuaciones de turbomáquinas. Desarrollo de software Spacecraft Thermal Control Design Data [+] PublicationsBook Chapters Journal Articles An analysis of maximum range cruise including wind effects One-dimensional self-similar solution of the dynamics of axisymmetric slender liquid bridges Low-Prandtl-number thermocapillary flows in shallow enclosures Eccentric rotation of a liquid bridge High-Reynolds-number thermocapillary flows in shallow enclosures Viscous effects on the free surface deformation in thermocapillary flows Temperature field in a cylindrical crystal heated in a monoellipsoid mirror furnace Deformation of non-planar free surfaces in thermocapillary flows, in shallow enclosures Scaling of low-Prandtl-number thermocapillary flows Dynamics of axisymmetric slender liquid bridges in isorotation Radiative exchange between a cylindrical crystal and a monoellipsoidal mirror furnace The interaction of thermocapillary convection and lowfrequency vibration in nearly-inviscid liquid bridges On the steady-streaming flow due to high-frequency vibration in nearly-inviscid liquid bridges A model for the heating of slender samples in monoellipsoidal mirror furnaces Temperature field in graphite-silicon-graphite samples heated in monoellipsoidal mirror furnaces A conduction-radiation model for the floating-zone technique in monoellipsoidal mirror furnaces An analysis of lamp irradiation in ellipsoidal mirror furnaces Heating of compound samples in monoellipsoidal mirror furnaces Analysis of secondary radiation (multiple reflections) in monoellipsoidal mirror furnaces A global thermal analysis of multizone resistance furnaces with specular and diffuse samples Analysis of the temperature field in compound samples heated in multizone resistance furnaces Simulation of microgravity floating-zone crystal-growth experiments in monoellipsoidal mirror furnaces Effect of an axial magnetic field on the flow pattern in a cylindrical floating zone Compressibility effects on maximum range cruise at constant altitude An analysis of maximum range cruise including wind effects Proceedings Rotational instability of a long liquid column Temperature and flow fields in compound samples heated in multizone resistance furnaces in microgravity Conflict detection and resolution in converging air traffic [+] Congress Presentations"Conflict detection and resolution in converging air traffic". "A MATLAB tool to compute fuel consumption in global trajectories". "Flow field in floating-zone crystal growth in mirror furnaces with axial magnetic fields". "Flow field in floating-zone crystal growth in resistance furnaces with axial magnetic fields". "Modeling of the heating process in floating-zone crystal growth in monoellipsoidal mirror furnaces in microgravity". "Global analysis of the temperature and flow fields in samples heated in multizone resistance furnaces". "Temperature and flow fields in samples heated in monoellipsoidal mirror furnaces". "Temperature and flow fields in compound samples heated in multizone resistance furnaces in microgravity". "Heating of compound samples in monoellipsoidal mirror furnaces". "Temperature field in Graphite-Silicon-Graphite samples heated in monoellipsoidal mirror furnaces". "Conduction-radiation model for the floating-zone method in monoellipsoidal mirror furnaces". "Control of thermocapillary convection in nearly-inviscid liquid bridges by low-frequency vibration". "The combined effect of low-frequency mechanical vibrations and thermocapillary convection in liquid bridges". "Dynamics of axisymmetric slender liquid bridges in isorotation". "Free surface deformation in thermocapillary flows in shallow enclosures". "Central difference simulation of high-Reynolds-number flows". "Low-Prandtl-number thermocapillary flows in shallow enclosures". "The breaking of axisymmetric non-cylindrical liquid bridges". "Plateau tank facility for simulation of Spacelab experiments". [+] Technical ReportsRivas, D., Valenzuela, A., Vázquez, R., Gavilán, F. y Esteban, S., " Application of Leading Technology to Unmanned Aerial Vehicles for Research and Development in ATM (ATLANTIDA)" , BR&TE Engineering and Programs ATM, Informe ATLANTIDA-02, March 2009. Rivas, D., Esteban, S., Valenzuela, A., Vázquez, R., Gavilán, F. y de Augusto, J.L., " Application of Leading Technology to Unmanned Aerial Vehicles for Research and Development in ATM (ATLANTIDA)" , BR&TE Engineering and Programs ATM, Informe ATLANTIDA-01, March 2008. Rivas, D., López-García, O., Esteban, S., Mancebo, F.J., Herrada, M.A., Valenzuela, A., Fernández-Duarte, D. y de Augusto, J.L., " Advanced Multi-Purpose Infrastructure for Trajectory Computation (IMPACT) " , BR&TE Engineering and Programs ATM, Informe IMPACT-01.4, July 2007. Rivas, D., Ramos, J., de Augusto, J.L. y Valenzuela, A., " Autonomous Aircraft Operation " , Fundación el Monte, Informe AAO/ATM-02, December 2006. Rivas, D. y Mancebo, F.J., " Performance of Turbomachinery. Equations Solver " , ITP, March 1997. Rivas, D. y Mancebo, F.J., " Implementation of Spacecraft Thermal Control Design Handbook " ESTEC Contract 10995/94/NL/FG, May 1995. Rivas, D., Sanz, A., López-Díez, J., Gómez, M. y Mancebo, F.J., " Spacecraft Thermal Control Design Data " , ESTEC Contract 7812/88/NL/FG, October 1993. Rivas, D., Sanz, A., Gómez, M. y Mancebo, F.J., " Spacecraft Thermal Control Design Data " , ESTEC Contract 7812/88/NL/FG, September 1992. Da Riva, I., Rivas, D. y González, P., " Spacecraft Thermal Control Design Data " , ESTEC Contract 7812/88/NL/FG, July 1991. Da Riva, I., Rivas, D. y de Juan, F., " Spacecraft Thermal Control Design Data " , ESTEC Contract 7812/88/NL/FG, April 1991. Da Riva, I. y Rivas, D., " Spacecraft Thermal Control Design Data " ,ESTEC Contract 6115/84/NL/MA(SC), July 1988. Rivas, D. and Ostrach, S., " Thermocapillary flows of liquid metals in rectangular enclosures ", FTAS/TR-87-190, CWRU, May 1987. Da Riva, I., Martínez, I., Meseguer, J., J.M. Vega de Prada, D. Rivas and J.M. Perales, " Liquid Columns in Weighlessness " , Final Report 1983, Vols. 1, 2 y 3, Exp. CONIE 514/83, December 1983. Da Riva, I., Martínez, I., Meseguer, J., Sanz, A. and Rivas, D., " Liquid Columns in Weightlessness " , Final Report 1982, Vols. 1 and 2, Exp. CONIE 643/82, December 1982. Da Riva, I., Martínez, I., Meseguer, J., Sanz, A., Mamolar, M.A. and Rivas, D., " Liquid Columns in Weightlessness " , Final Report 1981, Vols. 1 and 2, Exp. CONIE 812/81, December 1981. [+] International CommitteeMember of the Physical Sciences Working Group of the European Space Agency (ESA) from January 2003 to December 2006. Associate member of COSPAR (Committee on Space Research). Scientific Commission G: Materials in Space. Member of BADA User Group of EUROCONTROL |
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