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von Karman Institute Lecture Series and Events

Physics-Based Modeling & Simulation for Aerospace Systems

Tuesday 21 August 2012 - Thursday 23 August 2012

Physics-Based Modeling & Simulation for Aerospace Systems

August 21-23, 2012
Wright State University , Dayton, Ohio

ONRG

 

---> REGISTRATION<---

INTRODUCTION

We wish to thank the following for their contribution to the success of this conference: ONRG, Office of Naval Research Global, United States

Aircraft have evolved into extremely complex machines, posing a highly integrated design challenge, including many energy interrelated systems dependent. Some of the systems also generate by-products, in the form of heat that must be carefully addressed. Methods exist for the design of all these systems, based on the evolutionary vehicle development. However, the more we depart from existing databases and experience levels, the less confident we are in an optimal design. In addition, many of the classical techniques remain constrained by the simplifying assumptions used in their original derivation. If these are not considered, then there is no guide to when those classical techniques no longer give an energy-optimum solution.


The objective of this lecture series is to present a common design currency in the form of “exergy,” as the potential work available from an energy source. It is the thesis of this work to explain and develop the theory of explicit exergy-based design, with validating design examples. The course will start with a general lecture covering the background of 2nd Law of Thermodynamics analysis. Then the basics of the method will be presented followed by applications of the fundamental theory. The course will continue the second day with discussions of subsonic vehicle, gas turbine and combustion applications. Finally, hypersonic analysis will be presented. Followed by discussions on the integrated system approach and design space visualization methods.


This short course is a unique opportunity to bring together experts from different areas and raise fruitful discussions. Together, the application of exergy methods to all levels of flight vehicle design will be presented. The notes will provide a good basis for engineers working in all areas of vehicle design. In addition, each attendee will receive a copy of the recent AIAA Progress in Astronautics and Aeronautics book “Exergy Analysis and Design Optimization for Aerospace Vehicles and Systems” edited by Jose Camberos and David Moorhouse. The directors of this Lecture Series are Dr. Mitch Wolff from Wright State University and Dr. Guillermo Paniagua from the von Karman Institute.

Download the announcement (updated 03/07/2012)

TIMETABLE

TUESDAY 21 AUGUST 2012

  • 08.20    Registration
  • 09.00    Welcome, introductory remarks
    Dr. Mitch Wolff
  • 09.30    Systems Fundamentals
    Dr. David Moorhouse, MSTC (retired)
  • 10.15    Theoretical Foundations
    Dr. José Camberos, AFRL – MSTC
  • 14.00    Systems Applications
    Prof John Doty, AFRL–UD–DCS
  • 15.45     Hypersonic Systems MDAO
    Dr. Kevin Bowcutt, Boeing Aerospace

WEDNESDAY 22 AUGUST 2012

  • 09.00    Subsonic Aerodynamics
    Prof Richard Figliola, Clemson U
  • 11.00    Applications Propulsion Analysis
    Dr. Bryce Roth, GE Aviation
  • 14.00    Propulsion Systems Modeling
    Prof Tomas Grönstedt, Chalmers UT, Sweden
  • 15.45    High-Speed Aero-Propulsion Integration
    Prof. David Riggins, MST, USA

THURSDAY 23 AUGUST 2012

  • 09.00    Entropy Generation Minimization
    Prof Adrian Bejan, Duke University
  • 11.00    Integrated Mission-Level Analyses
    Prof Michael von Spakovsky, VaTech
  • 14.00    Mathematical Foundations for Physics-Based Simulations
    Dr. Larry Lambe, MSSRC USA
  • 15.45    Hyperspace Visualization for MDAO
    Prof Brian German, GaTech

During the lunch time of each day, keynotes will be provided.

  • Tuesday
    Kevin Bowcutt, Ph. D. Boeing Aerospace
    Hypersonic Technology Maturation & Flight Testing
  • Wednesday
    Mr William E. Harrison III, AFRL Operational Energy
    a System of Systems View
  • Thursday
    Prof Adrian Bejan, Duke University
    Constructal Law & Design in Nature

REGISTRATION

The registration deadline is the 14 August 2012. A letter of acceptance and additional information will be sent upon registration.

REGISTRATION FEE

The course fee of $950 includes administrative costs, printed notes and coffee (lunches are not included).

Under special arrangements, the registration fee is waived for Naval Research Enterprise (NRE) scientists designated by ONRG , AFRL personnel, contractors, and DAGSI Institutions (Wright State Univ., University of Dayton, and Air Force Institute of Technology).

FELLOWSHIPS

To encourage greater participation in our Lecture Series programme by university members, a limited number of fellowships will be made available. The recipient of a fellowship is entitled to attend the Lecture Series at a reduced fee, which will be of $500 for assistants not having a Ph.D. degree and for Ph.D. candidates, or $270 for undergraduate students. The fee is applicable for all NATO citizens.
The request to be considered for an award must accompany the application to attend the Lecture Series, and the applicant must provide a recommendation letter from his or her professor; if not done so, the request will not be taken into consideration.
All possible alternative sources of funding should be investigated before aid is requested under this scheme, so that those most in need will benefit.

METHODS OF PAYMENT

The payment should be done two weeks prior to the beginning of the course. Only two methods of payment are accepted:
1. By bank transfer to the VKI bank account.
IBAN: BE57 2100 3153 3035
SWIFT BIC CODE: GEBABEBB
Agency of the BNP Paribas Fortis Bank, avenue de la Forêt de Soignes 322, 1640 Rhode-Saint-Genèse, Belgium
The name of the participant and the title of the Lecture Series must be clearly indicated.

LOCATION AND TRANSPORT

The Lecture Series will take place at the Wright State University Lecture Theatre. Wright State University is located in Dayton, Ohio, approximately 70 miles west of the state capital, Columbus. Air transportation is provided by several major airlines to Dayton International Airport, located about 25 minutes from the campus. Ground transportation to campus from the airport is provided by rental car or taxi. Dayton is served by interstate highways 70 and 75, which intersect just north of the city.

ACCOMMODATION

To ensure reservation at a special rate, participants are advised to make hotel reservations as early as possible, mentioning the Group Name, WPAFB–VKI. The recommended hotels near the campus (~1 mi) are listed in the table below. Daily rates are given in US Dollars.

No Location Specified