Abstract: A simple reliability analysis for limit-state (load and resistance factor) fatigue assessments is presented. This analysis was recently proposed in guidelines published by the European Convention for Constructional Steelwork ...

Abstract: Application of structural optimization to transmission tower design is facilitated since major costs such as material, transportation, erection, and maintenance are directly proportional to structural mass. In this paper, ...

Abstract: A team of civil engineers, architects, and computer scientists is using case‐based design in the CADRE system as an approach for integrating preliminary architectural and structural design. This approach focuses on dimensional ...

Abstract: Tensegrity structures are composed of cables and struts that become stable through self stress. They are good candidates for implementation of active structural control because their flexibility may mean that they cannot ...

Abstract: Much progress has been achieved in the research field of structural identification, which is attributable to a better understanding of uncertainties, improvement in sensor technologies, and cost reductions. However, data ...

Abstract: Opportunities to explore new structural behavior are made possible by incorporating sensors and actuators in civil-engineering infrastructure. Using analogies, structural behavior can be improved through the mimicry of a ...

Abstract: Structural identification using physics-based models and subsequent prediction have much potential to enhance civil infrastructure asset-management decision-making. Interpreting monitoring information in the presence of ...

Abstract: Pressurized freshwater fluid distribution networks are key strategic infrastructure elements. On average, 20% of water is lost by way of leaks around the world. This illustrates the need for more efficient management of ...