We're usually excited about the products that are coming out in aviation. But there is great knowledge and system wonders behind those productions. The most important of these is 3DEXPERIENCE. #Dassault #Systemes, an organization of the #French Dassault #aircraft #manufacturer, is the system that provides the design of all #Boeing 777 aircraft that have achieved great commercial success. A perfect, fast and most importantly very safe design was realized.
For many years in aviation, especially in aircraft manufacturing, many things were done by hand. It was too late to move the preparation stages of manual production to the virtual environment. Dassault System was at the forefront of the structures that offered solutions. It offered many solutions together, from complex structures to wind tunnels and 3D formations. Things accelerated, margins of error approached zero. Security has gone too far.
📌Virtual power revolution in aviation
Where does Dassault Systemes' expertise in the aerospace industry come from?
Dassault Systèmes was founded in 1981 when a small team of engineers left Dassault Aviation to merge under a new roof, designing wind tunnel models and developing software that shortens the time of wind tunnel tests using 3D surface modeling. Therefore, the aerospace and defense industry was one of the first sectors the company focused on. Since then, Dassault Systèmes has made significant changes in the way aerospace and defense products are designed, manufactured and supported. Digital model solutions have helped customers reduce the number of physical prototypes and realize significant savings in product development cycle times. The Boeing 777 was the first commercial airplane designed entirely using Dassault Systèmes technology, and today nearly all new commercial airplanes use the same technology. In 2012, we introduced our 3DEXPERIENCE business platform, drawing on our experience in Product Lifecycle Management and #3D design. Today, #3DEXPERIENCE supports the innovation processes of aircraft manufacturers, suppliers, operators and service providers in all disciplines we call 'from design to operation' in order to offer innovative experiences to customers in the field of aerospace and defense.
📌VIRTUAL EXPERIENCE PLATFORM
How do digital platforms contribute to the aviation industry?
Aircraft and spacecraft must operate flawlessly in harsh conditions. In addition, aircraft carrying passengers and crew must meet the highest safety standards. As a result of these rigorous requirements, continuous advances must be made in key areas such as sensors, materials, propulsion, software, guidance systems, life support and manufacturing processes. Organizing global supply chains has greatly increased the complexity of managing contractor teams. Greater supplier collaboration and better transparency will enable #OEMs, i.e. original equipment manufacturers, to gain valuable insights into their supply chain processes upstream and downstream, improve decision-making, and further enhance integration to optimize planning and execution. But this poses a particular challenge for lower-tier suppliers, who are under tremendous pressure to lower their prices and fear that pressure will intensify if their operations are open to OEMs. The 3DEXPERIENCE platform is a virtual experience platform that enables companies to quickly and collectively access and use knowledge and know-how, offering the opportunity to experiment with endless possibilities for innovation. In addition, these suppliers worry about difficult investments such as updated systems and networking costs as profit margins decrease. The 3DEXPERIENCE platform is a virtual experience platform that enables companies to quickly and collectively access and use knowledge and know-how, offering the opportunity to experiment with endless possibilities for innovation. In addition, these suppliers worry about difficult investments such as updated systems and networking costs as profit margins decrease. The 3DEXPERIENCE platform is a virtual experience platform that enables companies to quickly and collectively access and use knowledge and know-how, offering the opportunity to experiment with endless possibilities for innovation.
📌NOISY FLIGHTS
How can simulation solutions help prevent noise pollution from airplanes?
Aircraft noise has become one of the challenges of daily life for millions of people living around airports around the world. As a result of the protests against aircraft noise, we see that flights are restricted at many major airports, and the number of allowed flights, types of aircraft and working hours are limited. 3DEXPERIENCE platform allows simultaneous assessment of noise from different aircraft components to comply with noise threshold regulations around airports and urban centers. This allows to limit the impact of noise on the environment and to develop multidisciplinary noise reduction concepts. On the other hand, simulating noise sources in aircraft and evaluating the concept of low noise in the early stages of the design process, It helps meet certification requirements and reduces overall costs by reducing the risk of delays such as final design changes. Accordingly, taking noise reduction into account early in the design process allows acoustic performance to be an important part of the design. From an urban air mobility perspective, this is a vital priority for the industry.
📌FLEXIBLE AND LOW COST
How do digital and virtual twins contribute to sustainability in aviation?
The data analysis used in our digital and virtual twin solutions allows companies to create more scenarios than physical testing will allow, thus enabling a broader understanding of behavioral patterns and developing better models. In this context, our digital twin technology, which can make the entire life cycle of the product visible, stands out as a valuable tool to provide a more sustainable focus in aviation. The reason for this is; the ability of digital and virtual twin solutions to precisely identify problems and take corrective action during the design phase, thereby improving waste and energy use.
Virtual twin solutions save companies the long years normally required to build prototypes and progressively improve existing designs. It allows them to go directly from the virtual model to production. This accelerated time-to-market and risk reduction of complex projects explains why our virtual twin technologies are used in the development of 85% of the world's electric vehicles, more than 75% of global wind power and the world's first solar-powered aircraft, which is a breakthrough in sustainability.
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