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Articles 1 - 6 of 6
Full-Text Articles in Engineering
Supply System’S Technology Configuration As A Contributor To End-User Vulnerability, Lindsay Robertson, Katina Michael, Albert Munoz
Supply System’S Technology Configuration As A Contributor To End-User Vulnerability, Lindsay Robertson, Katina Michael, Albert Munoz
Professor Katina Michael
Individuals requiring goods and services essential to their mode of living, are increasingly vulnerable to failures of the complex, interlinked, and inhomogeneous technological systems that supply those needs. Extant analysis techniques do not adequately quantify, from an end-user’s perspective, the vulnerability that is contributed by such technological systems. This study explores the significance of inherent weaknesses of inhomogeneous technological systems and proposes an approach for measuring vulnerability as the individual end-user ‘exposure level’ for each service. The measure of "exposure" that is developed, is mapped directly from the configuration of a technological system. This measure of exposure allows quantitative evaluation …
Isolating Corrosion Of Steel Plates Coupled With Titanium, Anil Patnaik, X. Shan, M. Adams, T. Srivatsan, Craig Menzemer, Joe Payer
Isolating Corrosion Of Steel Plates Coupled With Titanium, Anil Patnaik, X. Shan, M. Adams, T. Srivatsan, Craig Menzemer, Joe Payer
Craig Menzemer
Over twenty six percent of the bridges in the United States are structurally deficient or functionally obsolete. Corrosion of steel used in structures like bridges and buildings is a problem that has gained increased interest and focused concern. Steel is often the metal that is preferred for use in such applications due to a synergism of ease of availability, acceptable mechanical properties and cost effectiveness. Through the years, titanium has grown in strength, stature and significance to be recognized as an emerging high performance metal that is both stronger and lighter than steel. A distinctive property of titanium and its …
Isolating Corrosion Of Steel Plates Coupled With Titanium, Anil Patnaik, X. Shan, M. Adams, T. Srivatsan, Craig Menzemer, Joe Payer
Isolating Corrosion Of Steel Plates Coupled With Titanium, Anil Patnaik, X. Shan, M. Adams, T. Srivatsan, Craig Menzemer, Joe Payer
Anil Patnaik
Over twenty six percent of the bridges in the United States are structurally deficient or functionally obsolete. Corrosion of steel used in structures like bridges and buildings is a problem that has gained increased interest and focused concern. Steel is often the metal that is preferred for use in such applications due to a synergism of ease of availability, acceptable mechanical properties and cost effectiveness. Through the years, titanium has grown in strength, stature and significance to be recognized as an emerging high performance metal that is both stronger and lighter than steel. A distinctive property of titanium and its …
The Impact Of Boundary Conditions On Surface Curvature Of Polypropylene Mesh In Response To Uniaxial Loading, William Barone, Rouzbeh Amini, Spandan Maiti, Pamela Moalli, Steven Abramowitch
The Impact Of Boundary Conditions On Surface Curvature Of Polypropylene Mesh In Response To Uniaxial Loading, William Barone, Rouzbeh Amini, Spandan Maiti, Pamela Moalli, Steven Abramowitch
Rouzbeh Amini
Exposure following pelvic organ prolapse repair has been observationally associated with wrinkling of the implanted mesh. The purpose of this study was to quantify the impact of variable boundary conditions on the out-of-plane deformations of mesh subjected to tensile loading. Using photogrammetry and surface curvature analyses, deformed geometries were accessed for two commercially available products. Relative to standard clamping methods, the amount of out-of-plane deformation significantly increased when point loads were introduced to simulate suture fixation in-vivo. These data support the hypothesis that regional increases in the concentration of mesh potentially enhance the host׳s foreign body response, leading to exposure.
Risk Characterization From Multipathway Exposure Associated With Land Applying Biosolids By Accounting For Multimedia Mass Loss, Karthik Kumarasamy
Risk Characterization From Multipathway Exposure Associated With Land Applying Biosolids By Accounting For Multimedia Mass Loss, Karthik Kumarasamy
All Graduate Theses and Dissertations, Spring 1920 to Summer 2023
There continues to be concern among communities living in the vicinity of biosolids land application sites about potential adverse health effects from the chemical contaminants present in biosolids. This study describes a procedure that will help answer questions about the risks involved in biosolids land application at the site level, thus, this study will provide a crucial communication tool for wastewater treatment facilities and biosolids land appliers to address the concerns of the public. Specifically, the study quantifies the exposure concentrations that a human being can become exposed to during their lifetime from the practice. Crucially, it takes a quantitate …
Cell Stimulation And Calcium Mobilization By Picosecond Electric Pulses, Iurii Semenov, Shu Xiao, Dongkoo Kang, Karl H. Schoenbach, Andrei G. Pakhomov
Cell Stimulation And Calcium Mobilization By Picosecond Electric Pulses, Iurii Semenov, Shu Xiao, Dongkoo Kang, Karl H. Schoenbach, Andrei G. Pakhomov
Bioelectrics Publications
We tested if picosecond electric pulses (psEP; 190 kV/cm, 500 ps at 50% height), which are much shorter than channel activation time, can activate voltage-gated (VG) channels. Cytosolic Ca2+ was monitored by Fura-2 ratiometric imaging in GH3 and NG108 cells (which express multiple types of VG calcium channels, VGCC), and in CHO cells (which express no VGCC). Trains of up to 100 psEP at 1 kHz elicited no response in CHO cells. However, even a single psEP significantly increased Ca2+ in both GH3 (by 114 +/- 48 nM) and NG108 cells (by 6 +/- 1.1 nM). Trains of …