International Journal for Simulation and Multidisciplinary Design Optimization · 2009 · 35 citations · 7 references
EngineeringMechanical EngineeringStructural PerformanceStructural SystemsStructural OptimizationStructural SystemStructural EngineeringStructural Mechanics CommunityStructural DynamicStructural Health MonitoringStructural DesignStructural ReliabilityStructural MembersLoad-bearing CapacityQualitative Information ProvidedLoad PathsCivil EngineeringStructural AnalysisLoad Transfer MechanismsConstruction ManagementStructural MechanicsConstruction Engineering
The structural mechanics community has developed several methods to identify and visualize load paths, but no single accepted approach exists to characterize, quantify, visualize, and tailor load paths. This paper compares various methods proposed to characterize and visualize load paths. The comparison is performed on a two‑dimensional rectangular plate under plane stress conditions with different loading and boundary conditions, evaluating each method’s effectiveness. The methods yield different results and insights into load transfer mechanisms, with no single method clearly superior, though some provide more qualitative and quantitative information on load trajectory and efficiency.
The structural mechanics community has developed several methods to identify and visualize load paths in structures. There is no single accepted approach or method to characterize, quantify, visualize and tailor load paths. This paper compares various methods proposed to characterize and visualize load paths. The comparison is performed for a two-dimensional (2-D) rectangular plate under plane stress conditions arising from different loading and boundary conditions. The effectiveness of each method is compared. The comparisons shows the methods provide different results and insights into the load transfer mechanisms. No single method appears to emerge as a clear choice for characterizing load paths. However, some methods provide more qualitative and quantitative information on the trajectory and efficiency of load transferred along load paths.
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Advances in two‐dimensional structural loadflow visualisation
Witold Waldman, Manfred Heller, R. Kaye et al. · Engineering Computations · 2002 · 22 citations
Engineering, Structural Dynamics, Mechanical Engineering +16