Introduction to Aeroelasticity

Prof. Dr. Harijono Djojodihardjo, IPU (Professional Engineer), ACPE (ASEAN Chartered Professional Engineer) obtained his Sc.D in Aeronautics and Astronautics from Massachusetts Institute of Technology. He is currently an Adjunct Professor at President University, Jababeka, West Java. Earlier he has served as Professor at Institut Teknologi Bandung and Universiti Sains Malaysia, AIROD Chair Professor at the Aerospace Engineering, Universiti Putra Malaysia, Serdang, Malaysia and at Universitas Al-Azhar Indonesia, Jakarta, Indonesia, as well as Visiting Professor at Technical University Munich and Toyohashi University of Technology, and Chairman of the Indonesian Space Agency LAPAN. With combined university teaching, aerospace research and aircraft industrial and management experience totaling more than 57 years since receiving his Sarjana Teknik (Ir) degree in 1962 from Institut Teknologi Bandung, he is always interested in university teaching and research, andexploring new development in science and technology, in particular in his multiple interests in structural dynamics and aeroelasticity; hydrodynamics, aerodynamics and gas-dynamics, wind and solar energy, aircraft design and space dynamics.  He has founded and is presently the Chairman of the Board, The Institute for the  Advancement of Aerospace Science and Technoogy “Persada Kriyareka Dirgantara”, as well as Adjunct Professor at President University, Jababeka, Westa Java, Indonesia.

Part I Foundation of Aeroelasticity.- Introduction.- Fundamental Concepts from Theory of Elasticity.- Static Aeroelasticity.- Flutter Stability.- Introduction to Dynamic Aeroelasticity.- Unsteady Aerodynamic Forces on Oscillating Airfoils in Compressible Flow.- Unsteady Aerodynamics of Lifting and Non-Lifting Surfaces.- Dynamic Aeroelasticity.- Flutter Calculation Method.- Part II Application Examples and Case Studies.- Analysis and Parametric Study of Aircraft Wings for Aeroelastic Stability and Flutter Characteristics.- Acoustic Effects on Binary Aeroelastic Model.- Optimization of Tapered Wing with Aeroelastic Constraints.- Application of Artificial Neural Networks on Flutter Suppression System.- Aeroelastic and Performance Baseline Analysis of Piezo-Aeroelastic Wing.- Baseline Aeroelastic and Performance Analysis of Piezo-Aeroelastic Space-Structure for Energy Harvester.- Kinematic and Unsteady Aerodynamic Study on Bi- and Quad-Wing Ornithopter.- Analysis and Computational Study ofThe Aerodynamics and Aeroelasticity of Generic Flapping Wings.- BEM-FEM Coupling for Acoustic Effects on Aeroelastic Stability of Structures.- Vibro-Acoustic Analysis of the Acoustic-Structure Interaction of Flexible Structure Due to Acoustic Excitation.- State Space Aeroelastic Analysis of an Aircraft with Stand-By Actuator.