TOPIC LISTS

 

Topic 1.   Integration and Multidisciplinary Matters
Topic 2.   Aerodynamics
Topic 3.   Materials and Structures
Topic 4.   Propulsion
Topic 5.   Flight Dynamics and Control
Topic 6.   Systems, Subsystems and Equipment
Topic 7.   Design, Development, Manufacturing and Management
Topic 8.   Aircraft Operations
Topic 9.   Safety
Topic 10. Environment
Topic 11. Student Session

Topic 1. Integration and Multidisciplinary Matters

Paper Number Paper Title Authors Session
Link to the abstract
1.1.1 (IL) 2020 Vision : Prospects for Large Civil Aircraft Propulsion N. T. Birch 1.1 Subsonic and Supersonic Transport 1
1.1.2 (IL) An Overview of NASA's High Speed Research Program A. W. Wilhite, R. J. Shaw 1.1 Subsonic and Supersonic Transport 1
1.1.3 Flying Wing Versus Conventional Transport Airplane : the 300 Seat Case R. Martínez-Val and E. Schoep 1.1 Subsonic and Supersonic Transport 1
1.1.4 College of Aeronautics Blended Wing Body Airliner Development ¨Program H. Smith 1.1 Subsonic and Supersonic Transport 1
1.1.R1 Three-Surface Aircraft - A Concept for Future Large Aircraft G. Wichmann, D. Strohmeyer, Th. Streit 1.1 Subsonic and Supersonic Transport 1
1.1.R2 Investigations on Possible Characteristics of FW Superhigh Seating Capacity Airplane V. E. Denisov, N. P. Buzoverya, B. I. Gurevich, A. L. Bolsunovsky, L. M. Shkadov 1.1 Subsonic and Supersonic Transport 1
1.2.1 (IL) 728 : A New Family of Regional Transports Aircraft R. Birrenbach 1.2 Subsonic and Supersonic Transport 2
1.2.2 Development of a Cargo Aircraft, an Overview of the Preliminary Aerodynamic Design Phase S. Tsach, S. Bauminger, M. Levin, D. Penn and T. Rubin 1.2 Subsonic and Supersonic Transport 2
1.2.R1 Design Investigation of Variable Camber Flaps for High-Subsonic Airliners J.P. Fielding 1.2 Subsonic and Supersonic Transport 2
1.3.1 Design and Development of a Low Altitude Unmanned Aerial Vehicle A. F. Accardo, F. Ricci, P. Basso 1.3 Unmanned Vehicles 1
1.3.2 Design of Optimum Payloads to Meet the Mission Requirements of UAV Systems A. K. Sinha, C. Bil, M. L. Scott and P. Mohandas 1.3 Unmanned Vehicles 1
1.3.3 Configuration of an Unmanned Ground Effect Vehicle M. Millar, L. Smrcek 1.3 Unmanned Vehicles 1
1.3.4 Aerodynamic Aspects of Flapping Wing Micro Air Vehicles J. Szmelter, R. Zbikowski 1.3 Unmanned Vehicles 1
1.3.R1 The Development of a Jet-UAV Conceptual Design Code H. Wang, H. Hung 1.3 Unmanned Vehicles 1
1.4.1 Flexible Composite Wing with Internal Actuation for Roll Maneuver N. S. Khot, J. V. Zweber and D. E. Veley, H. Öz, F. E. East ep 1.4 Multidisciplinary Optimization
1.4.2 Theoretical Methods for Design and Interaction of Active Elements in Aerospace Structures J. SIMPSON, J. SCHWEIGER 1.4 Multidisciplinary Optimization
 
1.4.3 The Design and Fabrication of Top Secret - La Mouette's Rigi Hang Glider Z. M. Zain 1.4 Multidisciplinary Optimization
1.4.4 Methodology for Examining the Simultaneous Impact of Requirements, Vehicle Characteristics, and Technologies on Military Aircraft Design D. N. Mavris, D. DeLaurentis 1.4 Multidisciplinary Optimization
1.4.5 Influence of Aeroelastic Effects on Preliminary Aircraft Design C. M. Oesterheld, W. Heinze, P. Horst 1.4 Multidisciplinary Optimization
1.5.1 High Altitude Long Endurance Aircraft P. Kaempf 1.5 Military Aircraft 1
 
1.5.2 Research on the Synthesis of Aircraft Configuration Parameters and Combat Effectiveness Wang Heping, Li Leiji 1.5 Military Aircraft 1
1.5.3 Some Thoughts about Change of Fighters at Air Force of the East European Countries J. Rohacs, G. Óvari 1.5 Military Aircraft 1
1.5.R1 Preliminary Design of an Advance Tactical Fighter V.C. Serghides 1.5 Military Aircraft 1
 
1.6.1 Wing Design of an Oblique Wing Combat Aircraft R. K. Nangia, D. I. Greenwell 1.6 Military Aircraft 2
1.6.2 Design Synthesis and Optimisation of an Advanced Short Take -off and Vertical Landing (ASTOVL) Combat Aircraft J.P. Fielding, N. Kehayas 1.6 Military Aircraft 2
1.6.3 Predicting the Effects of New Technologies on Aircraft Structural Mass : UCAV Case Study P. A. Eustace, L.R. Jenkinson 1.6 Military Aircraft 2
1.6.4 Lift at High Angle of Attack of a Fuselage Delta Wing Configuration with Canard Lateral Jets M. Neamtu 1.6 Military Aircraft 2
1.7.1 Changing Education Requirements for Design Engineers D. P. Coldbeck, L. Smrcek 1.7 Design Education
1.7.2 Integration of Subscale Flight Testing Design Education C. Munro, P. Berry, P. Krus 1.7 Design Education
1.7.3 Computer Based Training in Aircraft Design Education D. Scholz, J. Thorbeck 1.7 Design Education
1.7.4 An Academic Experience on Aircraft Design : Affordable Advanced Jet Trainer S. Chiesa, L. Borello, P. Maggiore 1.7 Design Education
1.7.5 University Development of A Derivative Aircraft Based on A Kit-Glider G. E. Dorrington 1.7 Design Education
1.7.R1 The Role of the Workshop and Manufacture of Airplane Parts in Teaching Design S. Slavik, R. Theiner 1.7 Design Education
 
1.8.1 Experimental Study of No Tail Rotor (NOTAR) Helicopter Luo X., Zhang C., Wang H. 1.8 Rotorcraft
1.8.2 Aerodynamical and Dynamical Investigation of Helicopter Rotors Tamás Gausz 1.8 Rotorcraft
1.8.3 Nonlinear Dynamic Model for Flexural Vibrations Analysis of a Supercritical Helicopter's Tail Rotor Drive Shaft Z.Dzygadlo, W. Perkowski 1.8 Rotorcraft
1.8.R1 Development of New Generation Main and Tail Rotors Blade Airfoils W. Kania, W. Stalewski 1.8 Rotorcraft

Topic 2. Aerodynamics

Paper Number
Paper Title
Authors
Session
Link to the Paper
1.2.3 Propeller Airframe Aerodynamic Interference on Twin Engine Aircraft S. G. Derishev 1.2 Subsonic and Supersonic Transport 2
2.1.1 Numerical Analysis of the Aerodynamics of the Aurora Aircraft by an Inviscid / Viscous Interaction Method J. Su, J.T. Conway 2.1 3-D Complex Configurations - Lower Order Methods
2.1.2 Numerical Simulation of he Interaction of Side Flap Vortices and Engines Jets E. Fares, M. Meinke, W. Schröder 2.1 3-D Complex Configurations - Lower Order Methods
2.1.3 Supersonic Inverse Design of Wings for the Full Configuration of Japanese SST K. Matsushima, T. Iwamiya, H. Ishikawa 2.1 3-D Complex Configurations - Lower Order Methods
2.1.4 The Aerodynamic and Dynamic Ventral Fins Effects on a Jet Trainer S. Bogos, D. Turcanu 2.1 3-D Complex Configurations - Lower Order Methods
2.1.R1 Optimization of a Given Planform Lifting System at Supersonic Speed V. A. Silantiev, A.V. Ignatieva 2.1 3-D Complex Configurations - Lower Order Methods
2.10.1 (IL) Micro Adaptive Flow Control R. Wlezien 2.10 Flow Control
2.10.2 Flow Control Downstream of a Backward Facing Step P. G. Spazzini, G. I. Uso, N. Zurlo, G. M. Di Cicca, M. O. Norato 2.10 Flow Control
2.10.3 The Interaction of a Synthetic Jet with a Turbulent Boundary Layer A. Crook, W. J. Crowther and N. J. Wood 2.10 Flow Control
2.10.4 Active Flow Control over a Circular Cylinder Catalin Nae 2.10 Flow Control
2.10.5 CFD Study of Shock Control at Cranfield N Qin, Y Zhu and PR Ashill 2.10 Flow Control
2.10.R1 Improvement of Aerodynamic Characteristics of Next Generation SST Wing by Lateral Blowing M. Kamishita, K. Karashima, S. Aso, K. Sato 2.10 Flow Control
2.10.R2 A New Concept for the Adaptive Shock and Boundary Layer Control on Transonic Flows about Airfoils C. DIMA, P. de MATTEIS 2.10 Flow Control
 
2.11.1 Numerical Optimization of Adaptive Transonic Airfoils with Variable Camber A. Sommerer, Th. Lutz, S. Wagner 2.11 Wing Section Design
2.11.2 Airfoil Design Optimisation using Navier-Stokes Equations and Simulated Annealing S. L. Lee and M. Damodaran 2.11 Wing Section Design
2.11.3 Prediction of Lift Losses due to Surface Roughness by Means of a 2D Navier-Stokes Solver Per Weinerfelt 2.11 Wing Section Design
2.11.R1 The Effect of Ice-Accretion on the Lateral Controlability P. Fifka, Z. Ancik 2.11 Wing Section Design
2.2.1 Airload Predictions for Delta Wings at High Incidence X. Z. Huang, H.Y. Lou and E.S. Hanff 2.2 High Angle of Attack Solutions
2.2.2 An Engineering Approach to the Calculation of Two and Three Dimensional Flows with Extensive Separation T. Cebeci, F. Johnson, K. C. Chang and H. H. Chen 2.2 High Angle of Attack Solutions
2.2.3 The Characteristic Time Constant Approach for Mathematical Modelling of High Angle of Attack Aerodynamics Goman M.G., Greenwell D.I., Khrabrov A.N. 2.2 High Angle of Attack Solutions
2.3.1 Numerical Tool for Specific Flight Regimes N.V.Voevodenko 2.3 Design Processes Using CFD 1
2.3.2 A Solution Adaptive Grid Method for Calculation of High Speed Flows around Blunt Body Configurations A.R Jahangirian 2.3 Design Processes Using CFD 1
2.3.3 Flow Simulation over a Complete Satellite Launcher with a Cluster Configuration J. L.F. Azevedo , E. Basso , L. Camila Q. Yagua , A. P. Antunes 2.3 Design Processes Using CFD 1
2.3.4 Three Dimensional Unstructured Grid Generation for Finite Volume Solution of Euler Equations K. Mazaheri, S. Bodaghabadi 2.3 Design Processes Using CFD 1
2.3.R1 Simulation of 3-Dimensional Incompressible Cavity Flows H. Yao, R. Cooper, R. Raghunathan 2.3 Design Processes Using CFD 1
2.4.1 (IL) The NASA Tetrahedral Unstructured Software System N. T. Frink, S. Z. Pirzadeh, P. C. Parikh 2.4 CFD Solvers
2.4.2 Towards an Efficient Robust and Accurate Numerical Solver for Supersonic Viscous Flows T J Birch, D K Ludlow, N Qin 2.4 CFD Solvers
2.4.3 Phantom Vorticity in Euler Solutions on Highly Stretched Grids S. A. Prince, D. K. Ludlow, N. Qin 2.4 CFD Solvers
2.4.4 A Solution Adaptive Technique Using Tetrahedral Unstructured Grids S. Z. Pirzadeh 2.6 CFD for Complex Flows
2.4.5 Accuracy of Gradient Computations for Aerodynamic Shape Optimisation Problems M. Chevalier and M. Berggren 2.4 CFD Solvers
2.6.1 Navier-Stokes Calculations at Aerospatiale-Airbus for Aircraft Design C. Gacherieu, R. Collercandy, P. Larrieu, S. Soumillon, L. Tourrette, S. Viala 2.6 CFD for Complex Flows
2.6.2 Numerical Investigation of Three-Dimensional Transonic Flow with Large Separation M.A. Leschziner and H. Loyau 2.4 CFD Solvers
2.6.3 Overset Unstructured Grid Method for Flow Simulations of Complex and Multiple Body Problems K. Nakahashi, F. Togashi 2.6 CFD for Complex Flows
2.6.4 A Propeller Integration Study Comparing Experimental Data with Numerical Flow Solutions Based on the Navier-Stokes Equations L.L.M. Veldhuis , S. Nebiolo 2.6 CFD for Complex Flows
2.6.R1 Numerical Simulation of a Synthetic Jet Actuator C. Nae 2.6 CFD for Complex Flows
2.7.1 The Application of a Time Accurate Unstructured Euler Solver Coupled with a Boundary Layer Solver for the Solution of Transonic Aeroelastic Problems on Complex Configurations S.A.Galpin 2.7 3-D Configurations - High Order Methods
2.7.2 Aerodynamic Design Using the Euler Adjoint Approach M. R. Cross 2.7 3-D Configurations - High Order Methods
2.7.3 Nonlinear k-e Turbulence Modeling for Industrial Applications M. Amato, P. Catalano 2.7 3-D Configurations - High Order Methods
2.7.4 Short Turn Around Parallel CFD to Predict Three Dimensional High Lift Flows Around a Transport Aircraft Powered by Ultra High by Pass Ratio Turbofan Engines J.E.J. Maselawd 2.7 3-D Configurations - High Order Methods
 
2.7.5 Prediction of Aeroelastic Effects of Aircraft Configurations Including High Lift Systems K. C. Chang, H. H. Chen, T. Tzong and T. Cebeci 2.7 3-D Configurations - High Order Methods
2.7.R1 Numerical Structural Analysis of Viscous Compressible Flow Past an Airfoil and Body of Revolution Z. Dzygadlo, S. Wrzesien 2.7 3-D Configurations - High Order Methods
2.8.1 AeroStation - A COBRA Components Approach to Aerodynamic Design Framework C.Casties, A.Soulard, E.Chaput, L.Barrera, J.Huchard 2.8 Design Processes using CFD 2
2.8.2 Study of Methods and Philosophies for Designing Hybrid Laminar Flow Wings P. W. C. Wong, M. Maina 2.8 Design Processes using CFD 2
2.8.3 Recent Progress on Powerplant / Airframe Integration at AEROSPATIALE-AIRBUS A. Hurez 2.8 Design Processes using CFD 2
2.9.1 Comparison of Jet Induced Lift Loss for Single and Coaxial Jets A J Saddington & K Knowles 2.9 Flow Separation & Entrainment
2.9.2 Phenomena of Dynamic Stall on Swept Wings J. Henkner 2.9 Flow Separation & Entrainment
2.9.3 Experimental Investigation of Three Dimensional Separated Flow over a Body of Revolution at High Angles of Attack T. Ishide, N. Nishikawa and F. Mikami 2.9 Flow Separation & Entrainment
2.9.4 Slender Forebody Aerodynamics at High Alpha K.Petterson & D.I.A.Poll 2.9 Flow Separation & Entrainment
2.9.R1 Adverse Reynolds Number Effect on Maximum Lift of Two Dimensional Airfoils K. Yoshida, M. Noguchi 2.9 Flow Separation & Entrainment
2.9.R2 Experimental Investigation of Flowfield over a Multi-element Aerofoil and Comparison with Computational Prediction H.H. BRUUN, S.R. MADDAH 2.9 Flow Separation & Entrainment
3.1.1 Wind Tunnel Testing of Performance Degradation of Ice Contaminated Airfoils M.Holl, Z. Pátek, L. Smrcek 3.1 Experimental Aerodynamics
3.1.2 Flow Velocity Investigation by Embedded Laser Doppler Velocimetry on 3D Oscillating Wings E. Berton, C. Allain, D. Favier, C. Maresca 3.1 Experimental Aerodynamics
3.1.3 Transonic Flow Experiments with a 2-D Rectangular Wing Section Oscillating in Pitch C. Hillenherms, W. Limberg, W. Schröder 3.1 Experimental Aerodynamics
3.1.4 An Experimental Investigation of a Rectangular Jet Impinging on a Flat Surface Obliquely H. Acar and V. Atli 3.1 Experimental Aerodynamics
3.10.1 Application of Dynamic Manipulation on the Forebody Vortices of a Schematic Aircraft Model R. Lee, R. J. Kind, E. S. Hanff 3.10 Vortex Aerodynamics
3.10.2 Fin Buffet Load Alleviation Using an Actively Controlled Auxiliary Rudder at Sideslip C. Breitsamter and B. Laschka 3.10 Vortex Aerodynamics
3.10.3 Requirements for Subscale Simulation of Delta-Wing Vortex Characteristics L. E. Ericsson, M. E. Beyers 3.10 Vortex Aerodynamics
3.10.4 Studies on the Optimum Performance of Tapered Vortex Flaps K. Rinoie 3.10 Vortex Aerodynamics
3.10.5 A Numerical Method to Simulate the Onset of Breakdown of an Unconfined Isolated Vortex Core H. W. M. Hoeijmakers 3.10 Vortex Aerodynamics
 
3.2.1 Prediction of Separation Induced Buffet over Novel Wing Configurations M. I. Woods, N. J. Wood 3.2 Special Configurations
3.2.2 Aerodynamic Design and Analysis of a Reusable Launch Vehicle M. R. Mendenhall, H. S. Y. Chou, J. F. Love 3.2 Special Configurations
3.2.3 Prediction of X-33 Aerodynamic and Aerothermodynamic Development R. A Thompson 3.2 Special Configurations
3.3.1 360° Surface Pressure Survey of an Advanced Trainer Aircraft Model by PSP Technique in DNW High Speed Tunnel D. Marchetti 3.3 Data Acquisition
 
3.3.2 New Generation Portable Data Acquisition System I. Jebácek, L. Píštek, P. Hobza 3.3 Data Acquisition
3.3.3 Pressure Sensitive Paint Application at Large Production Wind Tunnels Y. Shimbo, K. Asai, N. Komatsu 3.3 Data Acquisition
3.3.4 Pressure Sensitive Paints: from Laboratory to Wind Tunnel Y. Mébarki 3.3 Data Acquisition
3.4.1 (IL) Transition on Swept Wings E. B. White and W. S. Saric 3.4 Transition & Turbulence
3.4.2 Effect of Sound on Laminar Turbulent Transition on Swept Wings S. Aubrun, A. Seraudie, D. Biron and D. Arnal 3.4 Transition & Turbulence
3.4.3 Downstream Evolution of a Laminar Spot A. Matsumoto 3.4 Transition & Turbulence
3.4.4 On the Effects of a Installed Propeller Slipstream on a Wing Boundary Layer F.M. Catalano 3.4 Transition & Turbulence
3.4.5 Transition Onset Predictions for High-Lift Configurations R.M. Czerwiec, J.R. Edwards, and H.A.Hassan 3.4 Transition & Turbulence
3.4.R1 On the Characteristics of Incompressible Turbulent Boundary Layers O. Nekhamkina, M. Wolfshtein, B. Aupoix 3.4 Transition & Turbulence
3.5.1 Shock Wave/Boundary Layer Interaction J. Müller, R. Mümmler, W. Staudacher 3.5 High Speed Separated Flow
3.5.2 Computation of a Dynamically Deployed Flap Employing Adaptive Body Recovery J. J. Roper, J. A. Edwards 3.5 High Speed Separated Flow
3.5.3 Experimental Study on Self Induced Excitation Phenomena of Opposing Jet in Supersonic Flow K. Karashima, S.Aso, G. Takami and K.Sato 3.5 High Speed Separated Flow
3.7.1 Numerical Analysis of Blockage Effects in Slotted Wind Tunnel G. Lombardi , M.V. Salvetti, M. Morelli 3.7 Wind Tunnel Aerodynamics
3.7.2 Overcoming the Challenges of Designing Manufacturing and Testing of Cryogenic Wind Tunnel Models P.J. White, I.A. Price, M.J. Simmons, R.S. Sale 3.7 Wind Tunnel Aerodynamics
3.7.3 Ground Efect Testing Capabilities in the Filton 12' x 10' Low Speed Wind Tunnel M.C.W. Evans 3.7 Wind Tunnel Aerodynamics
3.7.4 Development of a Half Model Testing Capability at ETW M. C.N. Wright 3.7 Wind Tunnel Aerodynamics
3.7.5 Drag, Lift and Pitching Moment Increments due to the Wind Tunnel Wall Constraint : Extension to Three Dimensions J. E. Hackett, K. R. Cooper, M. L. Perry 3.7 Wind Tunnel Aerodynamics
3.7.5 Wind Tunnel Wall Constraint: Extension to Three Dimensions J. E. Hackett, K. R. Cooper, M. L. Perry 3.7 Wind Tunnel Aerodynamics
3.7.R1 The Use of Adaptive Wall Technology to Expand the Subsonic Operating Envelope of the DERA 8ft High Speed Wind Tunnel N. Taylor, M. Mokry, M. Khalid 3.7 Wind Tunnel Aerodynamics
3.7.R2 The Art and Science of Wind Tunnel Wall Interference : New Challenges N. Taylor, M. Mokry, M. Khalid 3.7 Wind Tunnel Aerodynamics
5.6.1 ACFD Applications to Store Sparation - Status Report A. Cenko, M. Lutton 5.6 Stores Separation Topics
5.6.2 Mathematical Modeling for Studying the Conditions of Air Ammunition Warfare L.Turchak, A. Belotserkovski, M. Kanevski, N. Baranov 5.6 Stores Separation Topics
5.6.3 New Methodologies in the Integrated Approach to External Store Separation Problem Optimisation of Camera Positioning for Flight Test S. Barbero, R. Gemma, D. Girodo 5.6 Stores Separation Topics
 

Topic 3. Materials and Structures

Paper Number Paper Title Authors Session
Link to the Paper
2.5.1 (IL) Unsteady CFD for Aircraft Design J. Rosemblum, Ph. Rostand 2.5 Unsteady CFD
 
2.5.2 Numerical Analysis of the Unsteady Flow Above a Slender Delta Wing at Large Angles of Attack J. Müller , D. Hummel 2.5 Unsteady CFD
2.5.3 Prediction of Aerodynamic - Lift Redistribution on Flexible Wing Structure Using Transonic Unsteady Aerodynamic Code - Ntrans I W. Tjatra, M. Kadar, D. Rahmawati 2.5 Unsteady CFD
4.1.1 Optimization of Composite Aircraft Panels Using Evolutionary Computation Methods P. Kaletta, K. Wolf 4.1 Composite Materials; Design & Analysis
4.1.2 Modelling of Damage in Fibre Reinforced Composite Laminates under Multiaxial In-plane Loading C Soutis, M Kashtalyan, G.A.O. Davies 4.1 Composite Materials; Design & Analysis
4.1.3 Optimisation of Cut-Outs in Fibre Composite Components Using Finite Element Methods R. S. Thomson , S. P. Rajbhandari and M. L. Scott 4.1 Composite Materials; Design & Analysis
4.1.4 Compression and Torsion Buckling Tests on Fiber Composite Cylinders C. BisagniI 4.1 Composite Materials; Design & Analysis
 
4.1.R1 Influence of Contact Phenomena on Embedded Delaminations Growth in Composite A. Riccio, F. Scaramuzzino, P. Perugini 4.1 Composite Materials; Design & Analysis
4.1.R2 Failure Analysis of Composite Laminates with an Open Hole under Bi-Axial Compression Tension Loading C. Soutis 4.1 Composite Materials; Design & Analysis
4.11.1 Experimental Study of Nonlinear Vibrations of Thin-Walled Cylindrical Shells L.Gunawan, R.J.Zwaan, A.W.H.Klompé 4.11 Structural Dynamics
4.11.2 A Parametric Study of Aircraft Landing-Impact with Emphasis on Nose-Gear Landing Design Conditions D. H. Chester 4.11 Structural Dynamics
4.11.3 Improvement of Crash Models of Large Aeronautical Structures B. Malherbe, B. Langrand, J.L. Charles, J.F. Sobry 4.11 Structural Dynamics
4.11.R1 Multiple Impact of a Single Bird Against the Intake of a Turbofan Experimental and Numerical Activity M. Anghileri, L. Castelletti 4.11 Structural Dynamics
 
4.11.R2 A Point of View Regarding to Dynamic Analysis of an Aircraft Structure I. Fuiorea, M. Stoicescu 4.11 Structural Dynamics
4.2.1 Optimum Design of A Stiffened Panel Using the Method of Mathematical Programming Píštek A., Hobza P. 4.2 Structural Analysis & Numerical Simulation
4.2.2 Stability of Built-up Cylindrical Structures with Consideration of Plastic and Postbuckling Behavior of Thin Walled Components G.N. Zamula, K.M. Ierusalimsky 4.2 Structural Analysis & Numerical Simulation
4.2.3 Local Postbuckling Analysis of Curved Aerospace Structures M. Fischer, D. Kennedy 4.2 Structural Analysis & Numerical Simulation
4.2.R1 An Adaptative Finite Element Framework for Fatigue Crack Propagation D. Givoli, R. Zusman 4.2 Structural Analysis & Numerical Simulation
4.3.1 (IL) Structural Optimization in Crashworthy Design V. Giavotto 4.3 Structural Design and Optimization
 
4.3.2 Airframe Structures Technology for Future Systems J. M. Manter and D. B. Paul 4.3 Structural Design and Optimization
4.3.3 The FFA Operational Loads Monitoring Program - Achievements and Problems T. J. Barnes 4.3 Structural Design and Optimization
4.3.4 Global Residual Damage Evaluation of Impacted Sandwich Panels at Low Energy L. Battilomo, M. Marchetti, R. Severoni 4.3 Structural Design and Optimization
4.4.1 Problems of Ensuring Structural Life of the Second Generation Supersonic Transport Shcherban K.S, Dementyev A.D., Olkin S.I., Rodchenko T.S., Trunin Yu.P. 4.4 Structural Integrity, Durability & Damage Tolerance
4.4.2 Effect of Aircraft Failures on USAF Structural Requirements J. W. Lincoln 4.4 Structural Integrity, Durability & Damage Tolerance
4.4.3 Durability Damage Tolerance and Environmentally Assisted Crack Propagation Characteristics of a Tig Welded Titanium Alloy A. Lanciotti, L. Lazzeri, S. Ottaviano 4.4 Structural Integrity, Durability & Damage Tolerance
4.4.4 The Significance of Laminar Corrosion Defects in Aircraft G. Clark, K. Sharp 4.4 Structural Integrity, Durability & Damage Tolerance
4.4.5 Calendar Fatigue Life of Airframe Materials Wang B., Fan J., Sun Q. and Yang Q. 4.4 Structural Integrity, Durability & Damage Tolerance
4.4.R1 Comparison of Damage Tolerance of Integrally and Riveted Stiffened Structures G. Nesterenko 4.4 Structural Integrity, Durability & Damage Tolerance
4.4.R2 Experimental Investigation of the Load Spectrum and Fatigue Tests of the PW-5 World Class Glider M. Rodzewicz 4.4 Structural Integrity, Durability & Damage Tolerance
 
4.5.1 Mixed Mode Fracture Characterization of Adhesive Joints U. Weerts, H. Kossira 4.5 Materials & Joints
4.5.2 Non Destructive Assessment of the Radial Clearance of the Bolted Joints in Aircraft Structures T. B. Ryzhova 4.5 Materials & Joints
4.5.3 Deformation Inhomogeneity in a Single Crystal Nickel Base Superalloy J.H. Zhang, J.L. Liu, T.J. Jin, Y.B. Xu, Z.Q. Hu 4.5 Materials & Joints
4.5.R1 Predicting Fatigue Life Improvement In Cold Expanded Fastener Joints X. Zhang, Z. Wang, J. Gaerke 4.5 Materials & Joints
4.5.R2 Towards Technology Readiness of Fibre Metal Laminates A. Vlot, L.B. Vogelesang, T.J. De Vries 4.5 Materials & Joints
4.6.1 (IL) Perspectives of NLR Aeroelastic Methods to Predict Wing/Store Flutter and Dynamic Loads of Fighter Type Aircraft J. J. Meijer 4.6 Aeroelasticity 1
 
4.6.2 Design and Qualification Concepts for Flexible Wind Tunnel Wing Models M. Kämpchen , W. Jung , A. Dafnis , H.G. Reimerdes 4.6 Aeroelasticity 1
4.6.3 Static Aeroelasticity Analysis in Transonic Flow F.Z. Ishmuratov, S.I. Kuzmina, V.A. Mosunov 4.6 Aeroelasticity 1
4.6.4 Prediction of Non-Linear Aeroelastic Instabilities A. Sedaghat, J.E. Cooper, J. R. Wright and A.Y.T. Leung 4.6 Aeroelasticity 1
4.6.R1 Nonlinear Elastic Constrained Multibody Systems - An Adaptive Time-Stepping Algorithm Based on the Time-Discontinuous Galerkin Scheme J. G. Damilano 4.6 Aeroelasticity 1
4.7.1 (IL) Progress in the Prediction and Analysis of Aeroservoelastic Instabilities on Large Civil Transport Aircraft M.LACABANNE, A.LAPORTE 4.7 Aeroelasticity 2
4.7.2 Optimization of Tapered Wing Structures With Aeroelastic Constraints H. Djojodihardjo, I W. Tjatra, I. Harjanto 4.7 Aeroelasticity 2
4.7.3 Flutter Analysis of Composite Wings Using Symbolic Computation J.R. Banerjee, R. Butler 4.7 Aeroelasticity 2
4.7.4 A Carbon Composite Diverging Vertical Tail for Commercial Airplanes V. Venkayya, V. Tischler, O. Sensburg, and T. Schweiger 4.7 Aeroelasticity 2
4.7.5 Shock Stall Flutter a Two-Dimensional Airfoil M. Yamasaki, T. Uchida, I. Yukimura And K. Isogai 4.7 Aeroelasticity 2
4.7.R1 Ultra Light Wing Structure for High Altitude Long Endurance UAV Z. Goraj, T. Ueda 4.7 Aeroelasticity 2
4.8.1 Computational Aeroelasticity in High Performance Aircraft Flight Loads M. Love, T. De La Garza, E. Charlton, D. Egle 4.8 Aeroelasticity 3
4.8.2 Coupled Steady and Unsteady Aeroelastic Simulations in the Transonic Flight Regime M. Stettner, W. Haase, A. Eberle, J. Grashof, M. Schneider 4.8 Aeroelasticity 3
4.8.3 Navier-Stokes Based Direct Numerical Aeroelastic Simulation G. Britten, J. Ballmann 4.8 Aeroelasticity 3
4.8.R1 Bond Graphs For Dynamic Modeling of Aeroelastic Simulations C. P. Pagwiwoko, R.A. Sasongko 4.8 Aeroelasticity
 
4.9.1 Theoretical and Experimental Study on Shape Memory Alloy Torsion Actuator Xiong K., Tao B., Jin J. 4.9 Smart Structures
4.9.2 Comprehensive Modelling of Smart Structures for Aeroelastic Applications Janusz P. Narkiewicz 4.9 Smart Structures
4.9.3 Active Control of Flexible Structures Based on Fuzzy Logic K. Cohen, T. Weller and J. Z. Ben-Asher 4.9 Smart Structures
4.9.4 Actuator Technology Based on Smart Materials for Adaptive Systems in Aerospace P. Jänker, F. Hermle, T. Lorkowski, S. Storm, M. Wettemann, M. Gerle 4.9 Smart Structures
4.9.R1 Fiberoptic Smart Sensing of Component Deformations in Adaptive Wings M. Trutzel, H.F. Siegling, D. Betz, R. Sangkhol, L. Staudigel, W. Martin, O. Krumpholz 4.9 Smart Structures
4.9.R2 Development and Testing of an Adaptive Rotor System Based on Solid Actuation and Non Contact Signal Transmission Technology Y. Chen, B. Tao, W. Gao, R. Chen, Z. Gu 4.9 Smart Structures

Topic 4. Propulsion

Paper Number Paper Title Authors Session
Link to the Paper
5.1.1 Development of an Aeroengine Secondary Air System Employing Vortex Reducers M. Pfitzner and W. Waschka 5.1 Gas Turbine Systems
5.1.2 Implementation of a 3D LDA System for the Measurement of Turbulent Quantities in Complex Turbomachinery Flows-Demonstration of Performance in an Axisymmetric Free Jet G. Simeonides, V. Zaphirakis, K. Mathioudakis 5.1 Gas Turbine Systems
5.1.3 Inverse Design of Turbomachinery Airfoils Using the Navier Stokes Equations B. Kaplan and S. Eyi 5.1 Gas Turbine Systems
5.1.4 Advances in Turboengine Real-Time Simulation for Modern Control System Development A. Kreiner, S. Kopp, A. Preiss, W. Erhard, H. Rick 5.1 Gas Turbine Systems
5.1.R1 Contributions on Generalising the Airbreathing Propulsion Systems; the Multiple Jet Engine V. Stanciu, I. Andrei 5.1 Gas Turbine Systems
 
5.2.1 Civil Aircraft Engine Intakes with Negative Scarf Inspired by Requirements for Acoustic Reductions - Preliminary, Aerodynamic Performance Assessment R. K. Nangia, M. E. Palmer 5.2 Aeroengine Inlets & Ingestion
5.2.2 Vortex System and the Interference Between an Air Intake and the Ground A. Karlsson , L. Fuchs 5.2 Aeroengine Inlets & Ingestion
5.2.3 Particle Ingestion in Engines of Military Transport Aircraft T. BARDAGI 5.2 Aeroengine Inlets & Ingestion
 
5.2.R1 The Effect of Water Ingestion on the Operation of the Gas Turbine Engine I. SANTA 5.2 Aeroengine Inlets & Ingestion
5.3.1 Fan Blade Off-Design, Analysis and Testing of a New Aeroengine G. Schumacher 5.3 Fans & Powerplant Installations
 
5.3.2 Aircraft Engine Response Due to Fan Unbalance and to the Presence of "Consumed" Gaps in the Engine during The Phase of Windmilling B. Bernay 5.3 Fans & Powerplant Installations
5.3.3 In-Flight Thrust Determination by Load Measurement on the Engine Mounting System H. Muhammad, Muhardi, W. Kuntjoro and B.E. Sritjahjono 5.3 Fans & Powerplant Installation
5.3.4 Experimental Investigation of Static Internal Performance for an Axisymmetric Vectoring Thrust Nozzle (AVEN) Jin J., Zhao J., Zhang M., Lai C. 5.3 Fans & Powerplant Installations
5.3.R1 Thrust Vectoring Nozzle for Military Aircraft Engines D. Ikaza, P.R. Zarda, C.G. Ruiz 5.3 Fans & Powerplant Installations
5.5.1 Temperature and Convective Heat Transfer Coefficient Profiles Downstream a Multiperforated Plate - Application to Combustion Chamber Cooling B. Petre, E. Dorignac,J. J. Vullierme 5.5 Turbines, Combustion & Heat Transfer
5.5.2 Computer Program for Simplified Evaluation of Gas Radiation in Turbine Engine Enclosures T. Rodríguez, L.M. Rodríguez 5.5 Turbines, Combustion & Heat Transfer
5.5.3 Heat Transfer in a 180Deg Turn Ribbed Square Channel G. Cardone , T. Astarita and G. M. Carlomagno 5.5 Turbines, Combustion & Heat Transfer
5.5.R1 Two Dimensional Simulation of Nozzleless Solid Rocket Motor Internal Ballistics A. Amoli, S.M.H. Karimian 5.5 Turbines, Combustion & Heat Transfer
 
6.10.1 Multi-Disciplinary Optimization Approaches to Propulsion System Design and Integration P. Stow 6.10 ISOABE
 
6.10.2 NASA’S ULTRA-EFFICIENT ENGINE TECHNOLOGY (UEET) PROGRAM/AEROPROPULSION TECHNOLOGY LEADERSHIP FOR THE 21ST CENTURY Robert J. Shaw 6.10 ISOABE
6.10.3 Propulsion-Airframe Integration Design, Analysis and Challenges going into the 21st Century Kevin Early 6.10 ISOABE
6.10.4 Turbomachinery Design Used Intensive CFD H. Joubert, H. Quiniou 6.10 ISOABE
6.11.1 Future Challenges for Powerplant Aerodynamic Integration in Combat Aircraft M. Philpot 6.11 PowerPlant Integration
 
6.11.2 Active Inlet Flow Control Technology Demonstration J.W. Hamstra, D.N. Miller, P.P. Truax, B.A Anderson, B.J. Wendt 6.11 PowerPlant Integration
6.11.3 F/A - 18 E/F - F414-GE-400 Propulsion System Integration C. Hall 6.11 PowerPlant Integration
 

Topic 5. Flight Dynamics and Control

Paper Number Paper Title Authors Session
Link to the Paper
3.11.1 Stability and Control of STOVL Aircraft C. Fielding, M. Lodge 3.11 Flight Dynamics of Highly Maneuverable Combat Vehicles
3.11.2 An Agile Aircraft Non-Linear Dynamics by Continuation Methods and Bifurcation Theory K. Sibilski 3.11 Flight Dynamics of Highly Maneuverable Combat Vehicles
3.11.3 The Use of Desktop Simulations in the Carefree Maneuvring Flight Test Program of JAS39 Gripen M. Tormalm, M. Bergström 3.11 Flight Dynamics of Highly Maneuverable Combat Vehicles
3.6.1 (IL) Modelling Simulation and Flight Test Experience in the Development of Unstable Robotic Aircraft P.G.Thomasson 3.6 Unmanned Vehicles 2
3.6.2 Dynamics of High Altitude Long Endurance UAV Z. Goraj 3.6 Unmanned Vehicles 2
3.6.3 Unmanned Air Vehicles S. Anderson 3.6 Unmanned Vehicles 2
 
3.6.4 Dynamic Control Aspects of the Shipboard Launch of Unmanned Air Vehicles Crump, M.R. , Riseborough, P. , Bil, C. , Hill, R. 3.6 Unmanned Vehicles 2
4.10.1 (IL) Longitudinal Active Stability : Key Issues for Future Large Transport Aircraft F. Sauvinet 4.10 Flight Dynamics of Transport & Aerospace Vehicles
4.10.2 Identification of the Aeroelastic Model of a Large Transport Aircraft for Control Law Design and Validation C. Le Garrec, M. Humbert, M. Lacabanne 4.10 Flight Dynamics of Transport & Aerospace Vehicles
4.10.3 Minimum Emission Ascent and Descent Trajectories M. Human 4.10 Flight Dynamics of Transport & Aerospace Vehicles
4.10.4 Path-Attitude Inconsonance in High Speed Flight and Related Path Control Issues R. Stich, G. Sachs, T.H. Cox 4.10 Flight Dynamics of Transport & Aerospace Vehicles
4.10.5 New Solutions of the Optimal Injection Problems Based on Complex Investigation of Dynamics and Aerodynamics A.S. Filatyev, Yu.N. Yermak, A.A. Golikov, S.M. Zadonsky 4.10 Flight Dynamics of Transport & Aerospace Vehicles
4.10.5 New Solutions of the Problem of Optimal Injection Trajectories Based on Complex Investigation of Dynamics and Aerodynamics A.S. Filatyev, Yu.N. Yermak, A.A. Golikov, S.M. Zadonsky 4.10 Flight Dynamics of Transport & Aerospace Vehicles
4.10.R1 The Design of an Automatic Flight Control System for a Hypersonic Transport Aircraft D. McLean, Z. Zaludin 4.10 Flight Dynamics of Transport & Aerospace Vehicles
4.10.R2 Model Modification of Transonic Aerodynamic Force on a High-Aspect Ratio Aeroelastic Wing and its Active Flutter A. Fujimori, H. Matsushita, K. Saitoh 4.10 Flight Dynamics of Transport & Aerospace Vehicles
6.9.1 (IL) Recent Experience in Flight Testing for Pilot Induced Oscillations (PIO) on Transport Aircraft B. P. Lee 6.9 Handling Qualities & Piloting
6.9.2 An In-Flight Investigation of Handley Page Jetstream Handling during Landing - Non Linear Aspects G. Mullen, F. Marodon 6.9 Handling Qualities & Piloting
6.9.3 Predictive Flightpath Displays for Improved Manual Control Performance E. Theunissen, U.Sennes and G.Sachs 6.9 Handling Qualities & Piloting
6.9.4 Neal-Smith Criteria-Based Hoo Approach to Predicting Aircraft Handling Qualities N. Goto, T. Hoshizaki 6.9 Handling Qualities & Piloting
6.9.R1 Flying Qualities Design for a Fly-by-Wire Transport Aircraft in the Landing Flight Phase J. Gautrey 6.9 Handling Qualities & Piloting

Topic 6. Systems, Subsystems and Equipment

Paper Number Paper Title Authors Session
Link to the Paper
6.1.1 Test Practices for Next Generation Aircraft Cabin Systems H.J. Tews et al. 6.1 Aircraft Systems
6.1.2 Insulation Concept & Material Optimisation in Business Aircraft C. Bourban, R. Arndt 6.1 Aircraft Systems
6.1.3 Complete Aircraft System Simulation for Aircraft Design - Paradigms for Modelling of Complex System P. Krus, J. Nyman 6.1 Aircraft Systems
6.1.4 OBOGS Integration into a Turbo-Prop Trainer Aircraft D. Richardson 6.1 Aircraft Systems
6.3.1 Model Based Fault Detection for an Aircraft Actuator P.Y. Crepin , R. Kress 6.3 Controls & Actuators
6.3.2 An Artificial Intelligence Based Synthesis of Electrohydraulic Servo I. Ursu, F. Ursu 6.3 Controls & Actuators
 
6.3.3 Flow Control Electro-Hydraulic Servo Valve Assembly with in-Built Automatic Failure Detection and Compensation J. J. Álvarez García 6.3 Controls & Actuators
6.3.4 LEQG/LTR Controller Design with Extended Kalman Filter for Sensorless Induction Motor Servo Drive System J. Lin, Hs. Wang and M. Lin 6.3 Controls & Actuators
6.4.1 (IL) Human Centered Design Flight Deck Design and Utility System Integration F. Blobner 6.4 Flight Deck & Avionics
 
6.4.2 Electronic Flight Display Development Supported by Commercial of the Shelf Tools Cs. Moravszki, J. Rohács, P. Hermle and G. Sachs 6.4 Flight Deck & Avionics
6.4.3 The Development of a Civilian Fly by Wire Flight Control System E. Kleemann, D. Dey, R. Recksiek 6.4 Flight Deck & Avionics
6.4.4 Cosmic Radiation Effects Upon Avionics - An Increasing Hazard in the New millennium ? C Dyer, P Truscott, C Sanderson, B Colwell, A Chugg, R Jones, I MacDiarmid, K Johansson 6.4 Flight Deck & Avionics
6.4.5 Model Based Software Development and Code Generation for Avionic Systems I. Fey, M. Hoffmann, D. Reiners 6.4 Flight Deck & Avionics
6.4.R1 Modular Computer System for ATD (VFW 614) R. Reichel 6.4 Flight Deck & Avionics
 

Topic 7. Design, Development, Manufacturing and Management

Paper Number Paper Title Authors Session
Link to the Paper
5.10.1 Global Integration and Management of 21st Century Fighters C. K. Wise , C. M. Rodenberger 5.10 Advanced Design and Development
5.10.2 Scenario Based Aircraft Design Evaluation A. Strohmayer, D. Schmitt 5.10 Advanced Design and Development
5.10.3 Scenario Based Aircraft Design Using Knowledge Based Software Methods G. Dirks, A. Schneegans 5.10 Advanced Design and Development
5.10.4 The Latest Developments in Design Data Exchange : Towards Fully Integrated Aerospace Design Environments J. Johnson 5.10 Advanced Design and Development
5.10.5 The Boeing Technical Research Center in Moscow - An Example of International Technology Development S. Kravchenko 5.10 Advanced Design and Development
 
5.11.1 Systems Engineering in Marketing & Economics of Aero Engines R. Dixon, L. Doukas 5.11 Systems Engineering
5.11.2 Customer Driven Development of Aircraft Cabin and Subsystem Concept J. Pyrz 5.11 Systems Engineering
5.11.3 Shaping The Successful Implementation of Human Factors Integration S.R. Harmer, J.L. Evans and P.R Wilkinson 5.11 Systems Engineering
5.11.R1 A Method for the Assessment of Technology Transparency R. Edwards 5.11 Systems Engineering
 
5.7.1 (IL) Aircraft Design Optimizing Operators, Environmental System and Manufacturing Requirements J. Szodruch 5.7 Integrated Product Development
 
5.7.2 Integrated Product Development - a Key to Affordability G. Holmberg 5.7 Integrated Product Development
5.7.3 A Distributed Design Scenario for Aerospace K. H. Payne, P. J. Deasley, H. Syamsudin, A. J. Morris, M. D. Guenov, J. P. Fielding, S. Evans & J. Thorne 5.7 Integrated Product Development
5.7.4 Optimisation of the Aircraft Development Process in Small Aircraft Companies Oliver L.P. Masefield, A. Bruno Cervia 5.7 Integrated Product Development
5.7.5 Product Maturity Through Partnership S. Sharma, A. Mussad, S. McCleery 5.7 Integrated Product Development
5.9.1 (IL) Agile Manufacturing Processes S. Timms, T. Ogle, M. Jackson, C. Cooper 5.9 Advanced Production Processes
5.9.2 Error Budgeting and the Design of Large Aerostructures R. Odi, G. Burley, S. Naing, A. Williamson, J. Corbett 5.9 Advanced Production Processes
5.9.3 Information Systems in Civil Aircraft Industry AIDA - An Airbus On-line System M.B. Wotton 5.9 Advanced Production Processes
 
5.9.4 Mathematical Model Based Methods to Investigate Manufacturing Anomalies L. PokorÁDi, R. Szabolcsi, J. Bera 5.9 Advanced Production Processes

Topic 8. Aircraft Operations

Paper Number Paper Title Authors Session
Link to the Paper
1.10.1 An Information System for the Airport M. Lemoine 1.10 Airport/Weather
1.10.2 On the Wake Vortex Hazard and Aircraft Safe Separation L. M. B. C. Campos 1.10 Airport/Weather
 
1.10.3 Airborne Observation of Ice Accretion and Aircraft Performance In Artificial and Natural Supercooled Ice Clouds on Dornier 228 and 328 Aircraft F. Scröder, D. Welte, T. Hauf 1.10 Airport/Weather
1.10.4 Design and Validation Using Flight Data of a Method for Predicting the Ground Run Required for Take-off D. Zammit-Mangion, M. Eshelby 1.10 Airport/Weather
1.10.5 Intensity and Time Considerations in Microburst Penetration J. Chern, D. Sheu 1.10 Airport/Weather
 
1.11.1 NINS/NILS - A New Navigation and Landing System for JAS39 Gripen J. Palmqvist, P. Pucar, P. Bergljung 1.11 Military Operations
 
1.11.2 Training of Military Pilots H. Eisenlohr 1.11 Military Operations
 
1.11.3 In-Air Route Planning for Military Aircraft R. Mee 1.11 Military Operations
1.9.1 ASAS - Investigations Into Airborne Separation Assurance in a Distributed Simulation Environment E. Brämer, O. Lehmann, H. Fricke, G. Hüttig 1.9 Air Traffic Management
1.9.2 Delegation of Separation Assurance to Aircraft : Towards a Framework for Analysing the Different Concepts and Underlying Principles K. Zeghal, E. Hoffman 1.9 Air Traffic Management
1.9.3 Trajectory Generation and Display for Free Flight M. Shahzad, F. Mora-Camino, J.. Slama and K. Achaibou 1.9 Air Traffic Management
1.9.4 The Cockpit View of Air Traffic Management U. Teengen 1.9 Air Traffic Management
 

Topic 9. Safety

Paper Number Paper Title Authors Session
Link to the Paper
6.2.1 Maintenance Optimisation of a Digital Engine Control System with Limit Failure Rate Constrain M. Boussemart, T. Bickard, N. Limnios 6.2 Safety of Fault Tolerant System
6.2.2 Qualifications Chasing Avionics Technology? I. Brodie 6.2 Safety of Fault Tolerant System
6.2.3 Interrelation Reliability Analysis of Fault Tolerant Flight Control System S. Wang 6.2 Safety of Fault Tolerant System
6.5.1 (IL) Reducing Aviation Weather Related Accidents Through High Fidelity Weather Information Distribution and Presentation H. P. Stough, D. B. Shafer, P.R. Schaffner, K. S. Martzaklis 6.5 Safety in Adverse Atmospheric Conditions
6.5.2 Assessment of Wake Vortex Safety to Determine Adequately Safe Separation Distances L.J.P. Speijker, J. Kos, H.A.P. Blom, G.B. van Baren 6.5 Safety in Adverse Atmospheric Conditions
6.5.3 Wake Vortex Simulations Using A Parallel High-Order Accurate Navier-Stokes Solver R. Steijl , H.W.M. Hoeijmakers 6.5 Safety in Adverse Atmospheric Conditions
6.5.R1 Flying Quality Study under the Influence of Clear Air Turbulence T. Wan, C. Chen 6.5 Safety in Adverse Atmospheric Conditions
6.6.1 Rapid on Board Prototyping of Near Optimal Spatial Trajectories for Pilot's Associate Oleg A. Yakimenko 6.6 Safety Related Displays and Modelling
6.6.2 Scattering Analysis for Wreckage of In-Flight Breakup T. Ueda, A. Kanda and A. Wataki 6.6 Safety Related Displays and Modelling
6.6.3 Precipitation Drag of Snow and Standing Water M. Giesberts, J. Gooden 6.6 Safety Related Displays and Modelling
6.6.4 System Safety of the Ordinary and Emergency Flight Data Display on the Gripen Color Displays J. Palmqvist, R. Santesson 6.6 Safety Related Displays and Modelling
6.6.R1 A Semi-Immersive Synthetic Environment for Cooperative Air Traffic Control F. Persiani, I. Liverani 6.6 Safety Related Displays and Modelling
6.6.R2 On-line Simulation as a Measure to Increase Safety in Flight-Testing of High Performance Aircraft H. C. Oelker 6.6 Safety Related Displays and Modelling
6.7.1 Human Factors in Military Aircraft Accidents J. Holroyo 6.7 Human Factors Aspects of Aviation Safety
 
6.7.2 REX : a Human Factor Flight Safety Research Program N. Maille, L. Chaudron, P. Le Blaye, J.-Y. Grau 6.7 Human Factors Aspects of Aviation Safety
6.7.3 Workload Measurements for Operations under Simulated Single Pilot Instrument Flight Rules K. Rinoie and K. Honda 6.7 Human Factors Aspects of Aviation Safety
6.7.4 On the Correlation between Cultural Background and the Commercial Aircraft Accidents H. Jing, S. Peng, C. J. Lu 6.7 Human Factors Aspects of Aviation Safety
6.8.1 The Numerical Simulation and Experimental Validation of Ventilation Flow and Fire Events in a Trent Nacelle Fire Zone A. J. Mullender, M. H. Coney, D. M. Horrocks, J. J. McGuirk, J. B. Moss, P. A. Rubini, C. D. Stewart and D. Binks 6.8 Propulsion System Safety
6.8.2 Validation of Novel Low Temperature Fire Event Modelling Technique A.J. Neely, A.R.Abu Talib, P.T. Ireland, A.J. Mullender 6.8 Propulsion System Safety
6.8.3 A Stochastic Model of Friction Effected Degradation of Airborne Tribological Systems, as Used to Solve Diagnostic Problems K. Bienczak 6.8 Propulsion System Safety
 

Topic 10. Environment

Paper Number Paper Title Authors Session
Link to the Paper
3.8.1 (IL) Propulsion Emissions Research at NASA C. Russo 3.8 Aircraft Emissions
 
3.8.2 Sustainable Aviation J. J. Lee 3.8 Aircraft Emissions
3.8.3 The European Initiative Towards Ultra Low Emission Engines K. Broichhausen 3.8 Aircraft Emissions
 
3.9.1 (IL) NASA Subsonic Jet Transport Noise Reduction Research C. A. Powell, J. S. Preisser 3.9 Aircraft Noise
3.9.2 Airport Noise / Annoyance Analysis M. Boyer , L. Chaudron 3.9 Aircraft Noise
3.9.3 The Influence of Modelling A-Symmetric Lateral Track Dispersion on Aircraft Noise Level Predictions F.J.M. Wubben, M.E.S. Vogels, H.B.G. ten Have 3.9 Aircraft Noise
3.9.4 Influence of Arbitrary Vortical Wake Evolution on Flowfield and Noise Generation of Helicopter Rotors A.J. Spyropoulos, A.P. Fragias, D.P. Margaris, D.G. Papanikas 3.9 Aircraft Noise
3.9.R1 Efficiency of Ejector Devices and of Soundabsorbing Structures for Jet Noise Reduction V. M. Kouznetsov, A.G. Munin, A.F. Sobolev 3.9 Aircraft Noise
3.9.R2 Comparison of Prediction and Measurements on Propeller noise at an Angle of Attack L.M.B.C. Campos, F.J.P. Lau 3.9 Aircraft Noise
 

Topic 11. Student Session

Paper Number Paper Title Authors Session Link to the Paper
7.2.1 Active Flutter Suppression for Nonlinear Aeroelastic System T Degaki 7.2 Flight Dynamics and Control 1
7.2.2 The Design of a System by which some of the Air Parameters are Transmitted Between Air and the Ground Station using a Model Aircraft S. Kara, A. Guven 7.2 Flight Dynamics and Control 1
7.2.3 Target Tracking with the Use of Neural Networks I. Titi, A. Kaplan 7.2 Flight Dynamics and Control 1
7.3.1 Quasi-Simultaneous Viscous Inviscid Interaction for Three Dimensional Turbulent Wing Flow E.G.M. Coenen, A.E.P. Veldman and G. Patrianakos 7.3 Aerodynamics 1
7.3.2 Effects of Treatment of the Source Terms in Turbulent Models on the Convergence Rate J.B. Zhang 7.3 Aerodynamics 1
7.3.3 PIV Study of Longitudinal Vortices in a Turbulent Boundary Layer Flow G. M. Di Cicca 7.3 Aerodynamics 1
7.3.4 Wave Rotor Gasdynamics for an Aeropropulsion System K. Okamoto 7.3 Aerodynamics 1
7.4.1 An Integrated Optimization for Conceptual Designs of Spaceplane T. Tsuchiya 7.4 Aerospace Design
7.4.2 Aerodynamic Configuration Design of Aircraft Using Multi-objective Genetic Algorithm Wang X., Gao Z. 7.4 Aerospace Design
7.4.3 Conceptual Design and Optimization of a High Aspect Ratio UAV Wing Made of Composite Material K. Widmaier, F. M. Catalano 7.4 Aerospace Design
7.4.4 Multi Disciplinary Design of a High Aspect Ratio Gravity Control Hang Glider with Aeroelastically Enhanced maneuvarability G. M. Massaro 7.4 Aerospace Design
7.4.5 Digital Mock-up : A Useful Tool in Aircraft Design D. Camatti, S. Corpino, M. Pasquino 7.4 Aerospace Design
7.4.R1 Buckling of Skew Plates with Continuity or Rotational Edge Restraint P. Huyton, C.B. York 7.4 Aerospace Design
7.5.1 Modelling of the Control of a Thrust Vectored Aircraft G. Vinelli 7.5 Flight Dynamics and Control 2
7.5.2 Mathematical Modelling of a Low Power Gas Turbine Engine and Its Control System P. AilerI 7.5 Flight Dynamics and Control 2
7.5.3 The Influence of Stealth Technology on Flight Performance and Maneuvering Characteristics of Fighter Aircraft I. I. Ikryanov 7.5 Flight Dynamics and Control 2
7.6.1 Use of Navigation Satellite Systems for Aircraft Operations : Sensitivity to Errors JP Chauveau , B. Christophe, J. Lacroix 7.6 Aircraft Operations and Safety
7.6.2 Model of Degradation of Metal Polimeric Composite Joints in Aspect of Reliability and Safety K. Kustron 7.6 Aircraft Operations and Safety
 
7.6.3 The Development of a Low Cost Navigation System Using GPS/RDS Technology Y. Lin, W. Lu, M. Yang and F. Hsiao 7.6 Aircraft Operations and Safety
7.7.1 An Experimental Study on Wingtip Devices for Agricultural Aircraft R. F. F. Coimbra and F. M. Catalano 7.7 Aerodynamics 2
7.7.2 Transonic Unsteady Separated Flow over Profile V. Pafnutiev 7.7 Aerodynamics 2
7.7.3 Numerical Simulation of a Pitching NACA 0012 Airfoil A. Pechloff 7.7 Aerodynamics 2
7.7.4 On the Calibration of 30x60 mm Trisonic Wind Tunnel at the Istanbul Technical University S. Vural, E. Sevinc, M.Z. Erim 7.7 Aerodynamics 2
 
7.7.5 Simplified Theory on Mathematical Model of Axial Compressor Characteristics Working over Sound Speed Á. Veress 7.7 Aerodynamics 2