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How human musculoskeletal system deals with the heel strike initiated shock waves

Objective The objective for this work was to investigate how the human musculoskeletal system deals with propagation and attenuation of the shock wave initiated at the heel strike. An experiment was designed to evaluate the shock wave on both tibial tuberosities and forehead.

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How human musculoskeletal system deals with the heel strike initiated shock waves

Forces In Beam-to-column Connections

Investigation of the Impact of Environmental Conditions on Field Welded Precast Concrete Connections

The Effect of Fabrication Operations on the Strength and Toughness of A710 Steel – Phase 1

Automated Construction and ATLSS Connections; Development, Analysis, Experimentation, and Implementation of ATLSS Connections for Automated Construction

Field Testing and Fatigue Evaluation of the I-79 Bridge over the Ohio River

Overview of Research on Connection Technology at ATLSS Center

Results of the Fatigue Evaluation and Field Monitoring of the I-39 Northbound Bridge over the Wisconsin River

Development of Data Model for Large-Scale Structural Experiments, C-H. Lee

Fatigue Reliability and Redundancy in Two-Girder Steel Highway Bridges

Experimental and Analytical Lateral Load Response of Unbonded Post-Tensioned Precast Concrete Walls

Evaluation of a Production Heat of an Improved Cu-Ni 70W/100W Steel

ATLSS Connections -- Concept, Development and Experimental Investigation

ATLSS Precast Concrete Systems: Design Methodology and Performance Evaluation

I-Girders with Flange Rotational Restraint Braces

Concepts and Notation for Integrated Structural Design: Product and Process Models

Evaluation of Mechanical Properties of Welded TMCP Jumbo Sections

Horizontal Shear Capacity of Composite Concrete Beams Without Ties Literature Review and Test Program

ATLSS Precast Concrete Systems: Design Examples and Seismic Analysis

Application of 3D Image Correlation Photogrammetry and Classical Photogrammetry to the Core-Drilling Method for Measuring In-Situ Stresses in Concrete Structures

Analytical and Large-Scale Experimental Studies of Earthquake-Resistant Buckling-Restrained Braced Frame Systems

Economic Profile of the Large Structural Systems Industry: An Update

Comparative Performance of High Early Strength and Self Consolidating Concrete for Use in Precast Bridge Beam Construction

Effect of Nickel on the Properties of Cu-Ni Structural Steels

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