A Tailored Analytical Approach to Design Synthesis from Concept to Reality

This paper presents a case study in which tailored analytical models are utilized to improve decision making in the design process. This methodology was leveraged in the design of improvements for the Heavy Assault Scissor Bridge (HASB), which resulted in an optimized end product that added new functionality to the legacy bridge system while reducing weight by 36%. The study demonstrates the importance of adapting the analytical approach to the specific problem at hand, highlighting the iterative and recursive nature of trade studies in navigating complex design challenges. By isolating variables at key decision points, the study shows how trade studies can inform more efficient and effective design choices. Through practical examples and simulations, the paper illustrates how this tailored approach can lead to the development of a robust and reliable control mechanism for a folding bridge.