Datum Advanced Composites

  Vacuum bagging is a fastening method that works on atmospheric pressure. Many companies from different industries use this method to produce various parts of an end product. It allows engineers to hold the epoxy-coated components till the epoxy cures itself. The composite industry is constantly shaping and reshaping itself to outdo all the loopholes that exist.  There are many factors that affect the composite sector round the clock - from markets to people to technologies, and they all are hefty contributors. If you have a close connection with the composites or want your project to come out to be the best, composites are the way out. And vacuum bagging is the method that makes composite manufacturing a success. By creating a vacuum and passing the materials through it, the composites of desirable shapes and forms can be manufactured with ease. It is typically used with high-performing composites. Wherein the reinforcements are pre-impregnated with resin to manufacture tremendously

  As time is moving forward, innovations are shaping the future across industries. The companies are more concerned & thrilled about their product development than before. They want to make sure that whatever they craft outshines others in the market. In the engineering domain, the game is no different. Today, developing marvellous products like the Boeing 787 Dreamliner is made easy through finite element analysis (FEA).  A massive aircraft that boasts a 50,000 hp engine and is composed of 18,000 different parts feels surreal. But that is possible today with the help of the right technology and methodologies. Apart from the industry's best techniques, one thing that’s ironic is the FEA. Due to its capabilities of analysing the product design without even building a prototype is a mastermind move. In this article, we will learn what FEA is and how it will shape the future of engineering across industries. What is Finite Analysis? Finite element analysis also known as finite ele