Three-Dimensional Numerical Simulation of Flow Around Bridge Sub-Structures
Substructures Stack Up (Available in Structural Engineering Special Issue only)
As part of a 1997 research project sponsored by the Texas Department of Transportation and the Federal Highway Administration, the University of Texas at Austin Center for Transportation...
Characterization of Track Substructure Performance
Effects of Substructure on Track Performance
Advanced Computational Model for Sacrificial Cathodic Protection of Partially Submerged Reinforced Concrete Marine Footers
Practical Application of Cathodic Protection Systems for Reinforcing Steel Substructures in Marine Environment
Mix Use Entertainment/Office Tower with Multiple Substructures
Innovative Design and Construction for Foundations and Substructures Subject to Freezing and Frost
This proceedings,
Parallel Structural Analysis with Computers and Engineers
Investigation of Nonlinear Fluid-Structure Interaction
High Performance Highway Bridge Substructures
Dynamic Interaction Between Embedded Foundations by the Substructure Deletion Method
Damage Estimation Using Substructural Identification in Time Domain
Dynamic Sub-Structure Method in Time Domain Using Analytical Representation of Dynamic Stiffness of Soil
Application of Vortex Induced Vibration to Bridge Substructures
Three-Dimensional Numerical Simulation of Flow Around Bridge Sub-Structures
Sprayed-Zinc Anode System Offers Concrete Corrosion Protection for Marine Substructures
Object-Oriented Structural Analysis with Substructures
Computer-aided structural analysis is a mature field. However, recent research has produced advances in the areas of automated modeling, multi-processing, and programming techniques. The...
Optimal Processor Mapping for Massively Parallel Finite Element Computations
The exploitation of massively parallel computer for finite element analysis requires efficient usage of processors as well fast speed. For example, the efficiency of a parallel matrix...
Stress Analysis in Concrete with Cooling Pipes
A substructure method of finite element analysis is adopted in this paper to simulate heat transfer and thermal stresses in a concrete dam. The massive concrete structure is cooled by...
Return to search