Aerospace Structural Impact Dynamics International Conference (ASIDIC 2027)

The Aerospace Structural Impact Dynamics International Conference (ASIDIC 2027) is dedicated to the latest in aerospace crashworthiness/ impact research and experimental technologies.

Key Topics

• Crashworthiness: Development of advanced techniques for evaluating crashworthiness in general aviation and commercial aircraft, including energy-absorbing components and crash recovery systems
• Birdstrike Impact: Research on birdstrike impact on composite materials and aircraft structures, focusing on simulation and testing methods to evaluate damage and resistance
• Cabin Safety: Investigations into head injury criteria and occupant dynamic responses to vertical impacts in rotorcraft and passenger aircraft seats
• Impact Dynamics: Analysis of high-velocity impacts, including testing and simulation of rigid debris impacts on both metallic and composite structures
• Human Body Modeling: Application of human body models in crashworthiness analysis for aerospace impact scenarios to improve injury prediction and protection
• Hydrogen Aircraft/LH2 Tank Integration: Optimization of crashworthiness for hydrogen-powered aircraft and integration of liquid hydrogen tanks, with a focus on structural load evaluation and safety
• Advanced Air Mobility: Crashworthiness assessment for next-generation air mobility systems, including VTOL aircraft and eVTOL operations, with a focus on safety in urban environments
• Experimental Methods in Materials: Study of material behavior under impact, focusing on composites, damage detection, and energy absorption under dynamic loading conditions
• Ditching: Development of numerical methods to simulate aircraft ditching in various water conditions, predicting loads and impact severity during emergency water landings
• Unmanned Air Systems: Analysis of drone and bird strike impacts on aircraft, with a focus on safety measures for unmanned aerial systems (UAS) integration into aviation
• Regulator’s Perspective: Presentations from EASA, FAA, and Transport Canada on regulations, safety standards, and certification processes for aerospace crashworthiness and impact testing

Who should Attend

• Regulators
• Researchers
• Industry professionals
• Goverment officials
• Academic professionals
• Software engineers