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Le Carre: computer simulation to develop a new can concept

机译:Le Carre:计算机模拟开发新的CAN概念

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Corus Research Development & Technology has recently developed Le Carre food can. This can has won several awards (Can of the Year Award 1999 and Gouden Noot Award 2000), due to its attractive and remarkably efficient design. One of the critical points in this development has been the seam design. This paper explains the role played by computer simulation in the redesign of Le Carre can to achieve a quality seam. Finite element techniques with explicit integration have been used to simulate the seaming process, a very complex and highly non-linear sheet metal-forming process with no positive guiding, where contact interactions are of paramount importance. The simulation methodology has been refined by comparison to real tests. Once tuned, the simulation methodology has helped to understand the seaming process in depth, recommend a new design and validate it through computer pre-test simulation. Pre-test simulation has revealed extremely useful as a tool to avoid time consuming redesign loops and accelerate market presentation of Le Carre redesigned can.
机译:Corus Research开发和技术最近开发出Le Carre食品。这可能赢得了几项奖项(1999年的奖励,2000年的Gouden Noot奖),因为它具有吸引力和显着高效的设计。这一发展中的一个关键点是接缝设计。本文解释了计算机仿真在Le Carre的重新设计中扮演的作用,以实现高质量的缝。具有明确集成的有限元技术已被用于模拟接缝过程,具有非常复杂和高度非线性的钣金形成过程,没有正导,其中接触相互作用是至关重要的。通过与真实测试相比,模拟方法已经改进。一旦调整,仿真方法有助于了解接缝过程深度,推荐新的设计并通过计算机预测试模拟验证。预测试模拟显示出于避免耗时的重新设计循环并加快le Carre重新设计的工具的工具非常有用。

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