Event Details
The commercial aviation sector is embracing sustainability at all levels. Global aviation has seen benchmarking innovations like extensive adaptation of composite materials, aerodynamic upgrades; technological advancements in the fly-by-wire techniques, many carbon-neutral infrastructures and cleaner fuel initiatives.
In the modern-day development of aircraft aspects, simulation plays a key attribute to sustainability. Development of lightweight components and infrastructure elements can be accelerated by using simulation, whilst drastically reducing time and costs associated with them by 24% and 30% respectively. The use of digital engineering to fine-tune processes is leading to a refined, more sustainable approach towards aviation. Simulation has ensured our compliance with the more stringent emission norms eliminating millions of tons of emissions and that innovation drive has led to improved fuel economy saving billions of dollars annually, with lesser noise pollution along the way. With functional safety analysis being 55% faster now, there is an added factor of safety and reliability to the entire system, which impacts the lives of people all over the world. Today, our planes are lighter, greener and safer than ever before!
This Virtual Summit will bring together Directors, R&D Heads, Group Heads and Industry connoisseurs from Aviation Sector as they discuss different advancements for the design and development of aero systems while focusing on sustainability and mission performance. This summit is also an enlightening opportunity for the audience to understand how physics-based modeling and simulation can play a pivotal role in nurturing aviation advancements and taking it successfully in the future. Participants would also get a chance to interact with esteemed speakers and professionals contributing to this area.
Key Discussion Points
• Important aspects of aircraft design and development.
• Sustainability in aircraft innovation, design and development.
• Key challenges in aircraft design and development pertaining to sustainability and mission
performance.
• Various challenges associated with material selection, aero-designing, optical
compatibility, modern RF and communication systems
• Advanced solution to address challenges of next-generation aircraft innovation, design,
and development
• Role of physics-based simulation in the development of sustainable systems.
• The role of simulation for enhancing mission performance
