Petter Krus

Papers

Total Citations

176

H-Index

About

Petter Krus is a leading figure in engineering design and optimization, with a career dedicated to advancing computational methods for complex systems. His primary research areas include design automation, discrete design optimization, and fluid power systems. Krus’s most influential contribution is his work on flexible and robust CAD models for design automation, a 2012 paper that has garnered 151 citations, establishing a foundation for integrating automation into the design process to enhance efficiency and adaptability. He has also made significant strides in discrete design optimization, as seen in his 2005 paper on methods for component-based design, which addresses the challenge of selecting from numerous discrete alternatives—a critical issue in real-world engineering. Additionally, Krus applied optimization techniques to industrial robotics, notably in a 2006 study on optimal drive train design for robots, where he developed procedures to generate tradeoff information, aiding designers in navigating complex decisions. His work extends to aerospace applications, including the SIVOR testbed for evaluating on-off valves on an F16 airplane, showcasing his versatility. With a career marked by innovative problem-solving and high-impact publications, Krus continues to shape modern design methodologies, inspiring students and researchers to explore the intersection of computation and engineering.