Tension Stiffening Effect in RC Beams with Steel Fiber

Towers in Motion (available in Structural Engineering Special Section only)
Undersea towers are typically designed to rigidly resist the forces of water and wind. But one type of tower is designed to be flexible and, rather than rely on its platform strength to...

Quality Check
Composite materials, also known as fiber reinforced polymers (FRPs), have traditionally been reserved for aerospace engineering applications because of their high cost. FRPs'...

Retrofitting of a RC Cooling Tower: From Concrete Modelling to Structural Design

Bridge Foundation Stiffness Identification Using Static Field Measurements

Bridge Foundation Stiffness Identification Using Dynamic Field Measurements

Practical Design Method for Flexibly Jointed Frames with Load and Resistance Factor Design (LRFD)

Column Economy Considering Stiffening Requirements

Variable Stiffness and Instantaneous Frequency

Variable Property Devices for Structural Control

Dynamic Analysis of Lattice Towers

Practice and Performance of Excavation Support Systems in the Chicago Area

TDR Monitoring of Overburden Deformation to Verify Modeled Behavior

Reliability Analysis of Buried Pipelines

Unit Cell Analysis of 3-D Graphitic Textile-Reinforced Polymer Matrix Composites

Effect of Flexural Stiffness on Static and Dynamic Behavior of Cantilever Retaining Walls

Nonlinear Stiffnesses of Abutments on Spread Footings for Seismic Design and Retrofit

The Suitability of Spangler's Iowa Formula for Predicting Deflection in All Flexible Pipes

Replacing E' with the Constrained Modulus in Flexible Pipe Design

Application of Ambient Vibration Measurements for Repair of the Chaco-Corrientes Cable-Stayed Bridge in Argentina





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