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Civil Engineering

University of Tennessee, Knoxville

Theses/Dissertations

2008

Articles 1 - 4 of 4

Full-Text Articles in Engineering

Simulating Truck Lane Management Approaches To Improve Efficiency And Safety Of Highways In Knoxville, Tennessee, Adebola Adebisi Adelakum Dec 2008

Simulating Truck Lane Management Approaches To Improve Efficiency And Safety Of Highways In Knoxville, Tennessee, Adebola Adebisi Adelakum

Masters Theses

Increased globalization has caused large increases in truck traffic on the nation’s interstate system, with much additional growth expected in the coming years. This growth has elevated interest in developing new strategies to address rising levels of truck traffic, especially in dense and congested urban areas. This thesis focuses on the evaluation of several alternative lane management configurations as they compare to the current lane configuration in search of the best fit for operational improvement. This task was performed in two ways – survey and simulation. A survey of 500 long-haul truck drivers was administered in Knoxville, Tennessee, at the …


Evaluation Of Experimental Bridges In Tennessee, David P. Chapman Aug 2008

Evaluation Of Experimental Bridges In Tennessee, David P. Chapman

Doctoral Dissertations

This dissertation presents an overview and evaluation of an effort of the Tennessee Department of Transportation (TDOT) to design multispan steel girder bridges that can be erected with minimal disruption to traffic passing under the proposed spans. TDOT has developed the Pier-Plate Moment Connection in order to facilitate the accelerated construction of steel girder bridges. This connection allows the girders of a multispan steel bridge to be erected as simple spans and then to be made continuous prior to the dead load of the deck being applied. Since 2003, the Department of Civil and Environmental Engineering at the University of …


Numerical Analysis Of Piling Framed Tie-Down Concrete Retaining Wall, Eli L. Branch Iv May 2008

Numerical Analysis Of Piling Framed Tie-Down Concrete Retaining Wall, Eli L. Branch Iv

Masters Theses

The behavior of a novel pile framed retaining wall developed by the Tennessee Department of Transportation (TDOT) is investigated using a 2D non-linear finite element (FE) analysis for. The wall design eliminates the need for a construction right of way behind the wall; thus it is ideal for urban areas. The design concept consists of vertical and battered H pile sections as the structural frame, and a concrete facing that is installed as the soil is excavated during top-down construction. Vertical tie-down anchors and a concrete cap and facing are used to counteract overturning moments. A 2-D FE analysis of …


Effect Of Combined Loading And Low-Temperature On The Stiffness Of Gfrp Laminates, Curtis Patrick Nordin May 2008

Effect Of Combined Loading And Low-Temperature On The Stiffness Of Gfrp Laminates, Curtis Patrick Nordin

Masters Theses

At the present time a large portion of America’s bridge infrastructure is aging, and in many cases approaching its design live. Therefore, there is a need for structurally sound, low-maintenance, and rapidly constructible alternatives for conventional materials. Due to this need there has been a renewed interest in structural glass fiber reinforced polymer (GFRP) products. A large portion of the US is regularly subjected to freezing temperatures and therefore the numerous gaps in our knowledge and understanding of the low-temperature response of GFRP materials need to be addressed. Although strides have been made in researching the cold climate responses of …