Digital Commons Network^™

Educational Policy Committee Minutes, Clemson University Board Of Trustees, 2025 April 24, Clemson University Board Of Trustees

Minutes

No abstract provided.

"A Vast Design” Of Artistic Unity: Yeats And The City Hall, Yuki Takahashi

International Yeats Studies

No abstract provided.

Changes In The Western Flank Of The North Atlantic Subtropical High Since 1140 Ce: Extremes, Drivers, And Hydroclimatic Patterns, Joshua C. Bregy, Justin T. Maxwell, Scott M. Robeson, Grant L. Harley, Valerie Trouet

Publications

Summer circulation and moisture patterns in the Southeast United States are controlled by the position of the North Atlantic subtropical high. In a warming climate, the subtropical high is projected to strengthen and expand west, but there remains uncertainty regarding its variability and linkages to natural drivers. Here, we use a tree-ring network across the Southeast United States to reconstruct the relative intensity of the pressure gradient across the subtropical high’s western flank over the past 870 years. Variations in the flank’s position and the pressure gradient have been a major driver of the hydroclimate—including creating a Southeast-Caribbean moisture dipole—since …

Volume 40, Issue 1

Journal of Rural Social Sciences

No abstract provided.

Investigating Appalachian Medical Students’ Perceived Supports And Inhibitors To Their Aspirations Using Habitus And Capital, Jason Hedrick, Erin Mchenry-Sorber

Journal of Rural Social Sciences

This study examined Appalachian medical student aspiration facilitators and impediments. Using semi-structured interviews from ten medical students, findings were analyzed with habitus, and cultural and social capital, with an emphasis on Appalachia as place. Parents established postsecondary expectations early. Family circumstances were influential, including relatives in healthcare, or attending private school. Success with STEMM and haphazard healthcare interactions stoked further interest. However, families approached medical school from a risk narrative, reconsidering what was a part of their child’s imagined future. Physician interactions often provided mixed guidance and resulted in students questioning their career trajectory. Findings confirm and highlight the value …

Lincolnville Old Jail, Frank Ordia, Craig Bennett, Amalia Leifeste, Jessica Ridder, Samantha Threlkeld, Jessica Stech, Alexandra Ullman, Ashton Steele, Summer Henry, Belle Ziethen, Hamzah Jule, Lorena Garrod, Zenic Rice, Jackson Dent, Thompson Teasdale, Thomas A. Darrah

Master of Science degree in Historic Preservation - Research Reports

The following report provides documentation of the Lincolnville Old Jail, located at 135 W Smith Street in the town of Lincolnville, South Carolina. It was completed by the students of Clemson University’s Graduate Program in Historic Preservation during their Preservation Studio class, led by professors Amalia Leifeste and Frank Ordia, along with Teaching Assistants Hannah Truman and Jessica Ridder, provided additional support in the generation of the final report.

In the months of January and February of 2025, students completed a set of drawings of the old jail to Historical American Building Survey (HABS) standards, supplemented by historical research, and …

Area Character Appraisal Lincolnville, Preservation Project

Master of Science degree in Historic Preservation - Research Reports

The Gullah Geechee Heritage Preservation Project is a multi-jurisdictional collaboration to support the documentation, recognition, and preservation of historic Gullah Geechee African American Ancestral Communities and their significant historic and cultural sites. Clemson MSHP students along with the help of Dr. Pernessa Seele began research by collecting prior studies, historical maps, and photographs of Lincolnville. Students also obtained copies of prepared National Register nominations. They researched local archives, including the South Carolina Room at the Charleston County Public Library, Historic Charleston Foundation Archives, the South Carolina Historical Society, and the Charleston Library Society.

Patterns And Representation In Play-Based Learning: A Systematic Meta-Synthesis Of Empirical Studies In K-13+ Settings, Steph Dean, Julianne A. Wenner

Publications

This systematic review provides a comprehensive meta-synthesis that examines empirical research on the implementation of play-based learning in formal educational settings. The review aims to identify patterns in the enactment of play-based learning, including its representation across academic disciplines, methodologies, grade levels, geographic contexts, and key indicators of play—choice, wonder, and delight. A comprehensive search across nine databases yielded 1,475 studies, of which 87 met stringent inclusion criteria: empirical, K-13+ formal settings, and an intentional learning objective tied to play. We extracted data from each study and used thematic synthesis to analyze patterns across multiple dimensions. Findings indicate that play-based …

Nanoparticle Treatment, Audrey Fleming

Tigra scientifica

No abstract provided.

Bird Road Rage, Audrey Fleming

Tigra scientifica

No abstract provided.

Clemson University Board Of Trustees, Research And Economic Development Committee, 2025 February 6, Clemson University Board Of Trustees

Minutes

No abstract provided.

Clemson University Board Of Trustees, Student Affairs Committee, 2025 February 6, Clemson University Board Of Trustees

Minutes

No abstract provided.

Clemson University Board Of Trustees, Educational Policy Committee, 2025 February 6, Clemson University Board Of Trustees

Minutes

No abstract provided.

Clemson University Board Of Trustees, Finance And Facilities Committee, 2025 February 6, Clemson University Board Of Trustees

Minutes

No abstract provided.

Principles Of Advanced Manufacturing For Engineers, Xin Zhao, Walid Asad, Subha Majumder, Chenyang Zhu

Manufacturing

No abstract provided.

Foundational Robotics, Akshit Lunia, Ananya Nagabhushana Rao, Yue Wang

Robotics

This textbook is a product of Co-DREAM OER (Collaborative Development of Robotics, Mechatronics, and Advanced Manufacturing Open Educational Resources), a US Department of Education-funded initiative to develop Open Educational Resource textbooks on robotics, mechatronics, and advanced manufacturing processes. It has been created by a diverse team of scholars and graduate students from across the country and is intended for higher-level robotics courses offered by 4-year undergraduate programs.

Common Data Set 2024-2025, Clemson University

Common Data Sets

No abstract provided.

2024 Fact Sheet, Clemson University

Fact Sheets

No abstract provided.

Multicultural Perspectives On Building Instructional Capacity For Multilingual Learners: Synergy Of Teachers, Community Members, And Academics, Mihaela M. Gazioglu, Emily W. Howell, Lindsey W. Rowe, Victoria Pennington, Nicole C. Ferguson-Sams, Kavita Mittapalli, Amlan Banerjee

Publications

This design-based research study explored the feedback process, resulting actions, and changing instructional perspectives involving teachers, community members, and researchers leading to enhanced professional development offered to K-12 teachers of multilingual students. Specifically, the feedback from a community advisory council and teachers significantly shaped researchers’ approaches to designing and adapting a literacy course to address the needs of multilingual students’ caregivers. The findings underscore the importance of a holistic approach to professional development and highlight the multicultural perspectives that academics can discover by involving both community stakeholders and teachers in promoting impactful practices for multilingual learners.

Adding In Commentary: One Word-Hoard, Two Periods, Three Clusters, Four Dimensions: A Yeats Knowledge Site, Warwick Gould

International Yeats Studies

No abstract provided.

Investigating Crystalline Rock Weathering In Distinct Climate And Ecological Settings: Insights From Shallow Seismic Refraction, Rachel Uecker

All Dissertations

Despite decades of research, understanding the subsurface of the critical zone (CZ) remains a challenge, constrained by limited access to information at depth. Traditionally, boreholes, outcrops, soil pits, and near-surface (<1 meter) geochemical measurements provided access to and quantified CZ structure. These methods, though valuable in their detail, are spatially limited, and many landscape-scale weathering hypotheses are based on these observations. In recent years, geophysical techniques have been applied to characterize large-scale CZ structure and test the validity of existing hypotheses. This dissertation harnesses nearly 10 kilometers of seismic refraction data from diverse ecoregions across the United States to challenge prevailing assumptions about weathering patterns and CZ evolution. The objective of this work is to characterize the interpreted range of weathered materials in each ecoregion and connect them to remotely-sensed information like canopy height, elevation, slope, and aspect. To do this, this work first investigates differences in weathering at depth in a north and south-facing slope system in the Laramie Range, Wyoming. The motivation for this work came from nearly a century of soil and geochemical studies from the western United States that show a greater degree and depth of weathering on north-facing slopes when compared to south-facing slopes. Our seismic refraction data were used to show that there is not a significant difference in weathering thickness at depth between north and south-facing aspects at the study site, thus conflicting with the hypothesis that there would be. Next, the hypothesis that the depth of weathering is affected by elevation was tested in the San Jacinto Mountains in southern California. The motivation for this work came from several geochemical studies in the Sierra Nevada Mountains that show ecologically prosperous mid-elevations possess an ideal combination of temperature and precipitation to produce a greater degree and depth of weathering. Again, the seismic results from the San Jacinto Mountains provided observations that conflict with the existing hypothesis that climate conditions dominate the thickness of weathering seen in rocks. Lastly, I used seismic refraction data and topographic curvature to build a groundwater model of a watershed in the Carolina Piedmont. The results of this model reveal that seismic refraction as an application for including more realistic geometry in groundwater models can improve model calibration fits. This model is the first of its kind, and, therefore, is an important step forward in merging geophysical data with the hydrogeologic and modeling field and, with further development, can be used to explore the role of topographic and regional groundwater flow as a driver of CZ evolution.

Multicultural Perspectives On Building Instructional Capacity For Multilingual Learners: Synergy Of Teachers, Community Members, And Academics, Mihaela Gazioglu, Emily Howell, Lindsey W. Rowe, Victoria Pennington, Nicole Ferguson-Sams, Kavita Mittapalli, Amian Banerjee

Publications

This design-based research study explored the feedback process, resulting actions, and changing instructional perspectives involving teachers, community members, and researchers leading to enhanced professional development offered to K-12 teachers of multilingual students. Specifically, the feedback from a community advisory council and teachers significantly shaped researchers’ approaches to designing and adapting a literacy course to address the needs of multilingual students’ caregivers. The findings underscore the importance of a holistic approach to professional development and highlight the multicultural perspectives that academics can discover by involving both community stakeholders and teachers in promoting impactful practices for multilingual learners.

Microwave Flow Cytometer For Single Cell Detection, Differentiation, And Drug Effect Study, Neelima Dahal

All Dissertations

New methods to rapidly detect and identify pathogens in patients’ blood are needed for timely disease treatment. In this work, a tunable microwave interferometer was used to measure single Candida cells of C. albicans, C. tropicalis, C. parapsilosis, and C. krusei at multiple frequencies between 0.265 GHz and 7.76 GHz. A Quadratic Discriminate Analysis was used to classify Candida species with an accuracy of 0.875. Likewise, a microwave device was used to measure single Escherichia coli cells of B and K-12 strains at multiple frequencies between 500 MHz and 8 GHz. A LightGBM model was developed to …

Electrochemical Techniques For The Treatment Of Source-Separated Urine, Philip Arve

All Dissertations

Urine makes up approximately 1% of the total volume of municipal wastewater, but it contributes up to 75% of the nitrogen and 50% of the phosphorus received by publicly owned treatment works (POTWs). These elements are essential nutrients for plant growth and trigger algal blooms when released into natural bodies of water, resulting in rapid ecological degradation. Removing these nutrients from municipal wastewater is energy intensive and often operationally sensitive. The past few decades have seen an increase in focus on the source-separation and side-stream treatment of urine.

Urine characteristics differ greatly from those of municipal wastewater, presenting an opportunity …

Clemson Commencement Program, December 2024, Clemson University

Clemson Commencement Programs

No abstract provided.

Model Reference Adaptive Control For Mobile Manipulators And Beyond, Srivatsan Srinivasan

All Dissertations

In recent years, robotics has expanded into various sectors, including manufacturing, transportation, and household services, making the integration of autonomy a critical area of research. This shift aims to ensure safety and enhance the utility of autonomous systems. Traditionally, robotic applications focused separately on mobility, like automated guided vehicles, and manipulation, such as serial-chain arms in manufacturing. Today, however, we see a merging of these capabilities in the growing field of mobile manipulator robots that combine movement with purposeful interactive functionalities.

A typical mobile manipulator is a robotic arm mounted on a wheeled base. This thesis focuses on advancing control …

Regulating Cox Conversion Through Catalyst Design And Reaction Energy Input, Ewa Chukwu

All Dissertations

Carbon dioxide (CO₂) emissions, primarily from fossil fuel use in energy and chemical production, are the leading driver of global warming. The chemical industry is the third-largest source of these emissions, so reducing its carbon footprint—and ultimately achieving “CO₂ emissions-free” chemical manufacturing—is critical to combating global warming. Thermal catalysis is the workhorse of industrial chemical manufacturing, generating CO₂ emissions from two main sources: the actual chemical transformations of fossil feedstocks and burning of fossil fuels to provide the process heat. Therefore, developing and implementing technologies to mitigate the carbon emissions associated with these emissions sources is essential for decarbonizing the …

Real-Time Motion Augmentation And Synthesis For Animating The Hands And Eyes Of Virtual Humans And Avatars, Ryan Canales

All Dissertations

Virtual Reality (VR) enables users to interact within virtual worlds via an embodied virtual representation of themselves called an “avatar”. Because avatars are essential for immersive experiences, it is important to consider how altering or augmenting avatar motion affects virtual experiences. This dissertation aims to improve virtual experiences by addressing some of the many challenges in animating avatars and virtual humans.

In our first study, we addressed the lack of tactile feedback during virtual grasping by using visual feedback techniques. We augmented the avatar’s hand motion to remain outside virtual objects (“outer hand”) even when the user’s hand penetrated them. …

A Mixed-Methods Outcome Evaluation Of A National Science Foundation Advance Project Examining The Effect Of Gender On Organizational Climate And Faculty Experience With Inclusion, Alena Hofrova

All Dissertations

Despite increased efforts through the NSF ADVANCE program to enhance the representation and inclusion of female faculty in academia over the past two decades, challenges related to gender equity persist. This raises concerns regarding the effectiveness of these initiatives, with research indicating gaps in the evaluation of institutional transformation efforts. This mixed-methods dissertation utilized secondary data analysis from the NSF TIGERS ADVANCE Organizational Climate Survey conducted in 2017 (N = 446) and 2024 (N = 429) at Clemson University. A unique identifier was used to track participants' responses over time (N = 76), facilitating the evaluation of …

Deformation Mechanism In Gold Nanoparticles Under Compressive Loading: Insights From Atomistic Modelling And Unsupervised Machine Learning, Tanuj Gupta

All Dissertations

Gold nanoparticles (AuNPs) offer exciting possibilities due to their inertness, malleability, and tunable structures, making them valuable for applications ranging from nanomedicine to electronics. Their optical, mechanical, and other properties can be tailored by modifying shape and structure, underscoring the importance of understanding their deformation behaviour at the nanoscale. This study used classical molecular dynamics simulations with LAMMPS to investigate the deformation mechanisms of gold nanospheres (AuNS) under uniaxial compression. Employing the embedded atom method (EAM) potential to model atomic interactions, AuNS with 20 nm in diameter were compressed along the z-direction using planar indenters moving at a constant …