Digital Commons Network^™

Decision-Making Of Adult Children Not Using Schedule I Substances Like Their Parents, Deanna Alberta Mccloe

Walden Dissertations and Doctoral Studies

No abstract provided.

First Amendment Forum Classification: Special Use Permits, Limited Public Forums, And The “Heckler’S Veto”, Elizabeth Price Foley

University of Miami Law Review

Pride Month is an important event in many communities because it celebrates and enhances the visibility of the LGBTQ+ community. Pridefest events occurring during Pride Month are well-attended but often mired by threats of violence. Such threats are often targeted at Pridefest drag shows, which exhibit gender-bending performances by drag queens and drag kings of one biological sex, who wear extravagant costumes that exaggerate gender stereotypes of the opposite biological sex. In Naples Pride, Inc. v. City of Naples, the Eleventh Circuit addressed whether a government may impose conditions on such drag shows when threats have been levied against …

High-Caliber Tensions: Implications Of Florida’S Medical Marijuana Program On The Right To Keep And Bear Arms, George Bell, Kate E. Altman

University of Miami Law Review

What is more valuable—the right to protect yourself, or the right to seek medical treatment? Presently, law abiding Floridians must choose between the two. Because the Bureau of Alcohol, Tobacco and Firearms (“ATF”) classifies medical marijuana patients as “unlawful drug users,” Floridians enrolled in the State’s medical marijuana scheme are prohibited from lawfully owning firearms. A lawsuit currently pending before the Eleventh Circuit Court of Appeals seeks to address this constitutional conflict. This Article discusses that lawsuit, the legal framework in which it’s proceeding, and how courts may decide the appropriate balance between such fundamental questions.

Contributions To Ship-Airwake-Rotor Coupling Characterization Using Controlled Forcing, Guillermo Mazzilli

Doctoral Dissertations and Master's Theses

Shipboard helicopter operations occur within a highly unsteady environment referred to as the dynamic interface (DI), encompassing the coupled effects of the ship airwake, rotor wake, flight dynamics, and pilot response. A central aspect of the DI is the aerodynamic interaction between the ship airwake and the rotor wake, which degrades handling qualities and increases pilot workload, yet the underlying mechanisms governing ship-rotor coupling remain insufficiently understood. The ship-rotor aerodynamic coupling was examined using two canonical ship geometries, the NATO-GD and SFS2, together with a controlled experimental framework, the airflow-and-blade-frequency (ABF) system, which independently varied wake momentum flux and unsteady …

Perception Of 3d Data Visualizations, Tyler Wiederich

Dissertations and Doctoral Documents, University of Nebraska-Lincoln, 2023–

Data visualizations are powerful tools for communicating complex data structures. They are typically presented in 2-dimensional formats, such as on paper or computer screens. In recent years, technological advancements have enabled traditional data visualizations to be fully rendered in physical environments through 3D printing, offering more natural interactions. However, this style of graphical rendering remains largely unexplored in empirical evaluations with traditional charts. In this research, we conducted two experiments to assess ratio estimations across 2D and 3D charts in digital and physical environments. The first study partially replicated Cleveland and McGill’s (1984) work in perceptual tasks and expanded to …

Intouch Week Of May 4, 2026, New York Medical College

InTouch

• NYMC and Hudson Regional Health Achieve Milestone Accreditation with Orthopedic Surgery Residency Program
• NYMC Honors 61 Inductees at 70th Alpha Omega Alpha Ceremony
• Students Honor Those Who Teach Beyond Their Lifetime During Convocation of Thanks
• D.P.T. Students Showcase Research at 22nd Annual Doctoral Project Presentation Day
• D.P.T. Career Panel Fosters Connections with Alumni
• NYMC Marks Autism Awareness Month with Campus-Wide Show of Support
• TCDM Students and Faculty Volunteer with Remote Area Medical to Treat More Than 190 Patients
• Save on NYMC Merch

Ebp Project In A Primary, Foster Care Medical Home: Implementation Of The Ages & Stages: Social Emotional Screener, Sara Moore

2026

Background: Children in the foster care system have increased diagnoses, mental health concerns, and developmental delays.
Purpose: The pilot used the ASQ-SE to determine if the protocol was feasible and if the screener identified social-emotional difficulties in a primary care clinic that serves children in foster care. 
Method: A pilot was created, and the ASQ-SE was administered to 33 patients during well-child visits (ages 2 months-70 months) over six weeks.
Results: Implementing a social-emotional screener was feasible in the foster care primary care clinic. The infants and toddlers screened (N=33) were grouped by referral status: 57.6 % (19) …

Methodology For Camouflaged Underwater Storage, Megan Hebert, Jacob Langlois, Bryson Malaby, Abigail Szumita

Mechanical Engineering Capstone Design Projects

This University of Rhode Island Mechanical Engineering Capstone project was completed by Megan Hebert, Abby Szumita, Jake Langlois, and Bryson Malaby, and sponsored by Priscilla Kloewer of the Naval Undersea Warfare Center (NUWC). We designed an underwater storage container that is hidden from sonar detection, and capable of housing a device inside of it, such as a data collection device or a torpedo. This device sits at the bottom of the ocean and must deploy the object it houses after one year. Throughout this report, we will show our research, design, process, and information from the lifecycle of progress for …

Fast Heating Test System, Karl Gruseck, Landin Lessard, Riley Nicholls, Jd Mickel, Nicholas Plants, Peter Scangas

Mechanical Engineering Capstone Design Projects

This project aims to develop a burner system to test insensitive munitions for our client, Joe Livolsi, representing NOSSA and the US Navy. The main objective is to substitute the existing process of burning huge amounts of jet fuel with more environmentally friendly propane burners. To do that successfully, we had to adhere to extremely high military standards that called for the fire to be at least 800 degrees Celsius and have at least 550 degrees Celsius within 30 seconds of ignition. Also, the height of the fire should exceed 1 meter, and the entire design should not exceed a …

Design Of A Nuclear Reactor For Electrifying An Ai Data Center, Nicholas Difazio, Darian Clay, Robert Schuster, Bryan Madathil

Mechanical Engineering Capstone Design Projects

This report presents the final mechanical engineering capstone design of Team 8 and the design of a dual pressurized water reactor power system developed to supply continuous electricity and cooling supports to a 700 MWe hyperscale AI data center. The project addresses the increasing energy and thermal management demands of AI infrastructure by combining proven nuclear power generation with integrated waste heat recovery. The selected design uses two PWR units connected to a Rankine cycle with steam generators, a turbine generator, condenser, feedwater system, cooling towers, heat exchangers, and absorption chillers. The report documents the full design process, beginning with …

Advanced Optimization And Integration Of Gas Turbine For Centrifugal Nuclear Thermal Rocket, Cameron Gillette, John Bulter-Basner, Isaiah Smith, Aidan Hefele, Cal Mohoney, Christopher Peters

Mechanical Engineering Capstone Design Projects

This project focused on the design, analysis, and optimization of a gas turbine intended to drive the Centrifugal Fuel Element (CFE) in a Centrifugal Nuclear Thermal Rocket (CNTR) system. The primary objective was to develop a turbine capable of achieving rotational speeds approaching 10,000 RPM while operating within the geometric and experimental constraints of a laboratory-scale model. Achieving this rotational speed is critical to maintaining proper containment of liquid nuclear fuel and enabling efficient propulsion performance.

The design process began with the evaluation of two initial turbine concepts: the Coriolis turbine and the J-blade turbine. Each design utilized a different …

Insensitive Munitions Slow Cook Off Test Oven, Sean Martin, Evan Macaulay, Matt Maroney, Gianna Piemonte, Kat Whewell

Mechanical Engineering Capstone Design Projects

This project presents the design, analysis, and prototype development of a slow cook-off (SCO) test oven for insensitive munitions (IM) testing, sponsored by the Naval Ordnance Safety and Security Activity (NOSSA). The objective was to develop a controlled thermal environment capable of heating a test volume at a constant rate of 15°C/hr while maintaining thermal uniformity and compliance with MIL-STD-2105E and AOP-4382 standards.

The team designed and fabricated a partially cylindrical-shaped oven structure to improve heat distribution and minimize internal temperature gradients. Key design features include a curved aluminum shell, ceramic insulation, multiple thermocouples for monitoring, and a removable grate …

Unmanned Autonomous Vehicle (Uav) Control Surface Mechanism, Tyler Dickson, Cole Rinne, Connor Ham, Evan Trombley, Elias Newall-Vuillemot

Mechanical Engineering Capstone Design Projects

Group 17H was tasked by Raytheon Technologies with the preliminary design of a Deployable Underwater Control Surface (DUCS) system for Autonomous Underwater Vehicles (AUVs). The objective of this project is to develop a compact, reliable, and cost-effective mechanism capable of deploying and actuating control surfaces while maintaining watertight integrity under deep-sea operating conditions.

This report documents the entire engineering process of this undertaking, from early ideation and preparation to final manufacture, assembly, operation, and testing. This process was the culmination of careful planning, design execution, performance testing, and reactive product iteration to meet the stated objectives as thoroughly as possible. …

Evaluation, Development And Optimization Of Rail Inspection Programs As Utilized On A Romer Absolute Arm, Andrew Harris, Alexander Travison, Noah Dorgan

Mechanical Engineering Capstone Design Projects

The purpose of this project is to enhance current Quality Assurance (QA) methods for inspecting Hexagon’s X-Beam and Z-Bar components. This is achieved through Hexagon’s proprietary Dimensional Measuring Interface Standard (PC-DMIS) software to develop a modular and parametric inspection script with an application across many part variants. The programs are deployed on the machine shop floor to validate specimens as they come out of the Computer Numerical Control (CNC) machine. By identifying dimensional inconsistencies early, the system prevents defective parts from progressing to subsequent manufacturing stages. The resulting parametric script can inspect three parts with a single program for both …

Faircarenlp: An Ai-Driven Patient Review Analyzer For Healthcare, Sayyed Mohammad Pourya Momtaz Esfahani, Davey Seeman, Christoffer Dharma, Mohammad Noaeen, Shion Guha, Zahra Shakeri

Health Services and Informatics Research

Objective

To develop and evaluate an automatic patient review analyzer that applies advanced Natural Language Processing (NLP) and machine learning methods to improve the efficiency, fairness, and accuracy of healthcare feedback analysis.

Materials and methods

We designed a multi-component pipeline incorporating sentiment analysis, key theme extraction, clinical Named Entity Recognition (NER), and fairness modules. Bias mitigation was addressed through the integration of three complementary approaches: adversarial debiasing, Hard Debiasing, and Iterative Null-space Projection (INLP). Multiple BERT-based models (DistilBERT, BioBERT, RoBERTa-base, BERT-base-uncased) were trained and evaluated under varying hyperparameters and fairness/adversarial loss configurations. Model performance was assessed using accuracy, F1, recall, …

Spinoza On Invidia: A Social Theory Of Anti-Migrant Affect, Kevin Scott Jobe

Philosophy Faculty Publications

This paper develops a Spinozist social theory of anti-migrant affect by interpreting contemporary hostility toward immigration through the concept of invidia (envy). Drawing on recent empirical research on ‘superiority-seeking’, whereby individuals derive status utility from excluding others, the paper interprets invidia as an affective hatred of equality. For Spinoza, envy is caused not by actual material loss but from the imagination that misconceives shared goods as exclusive possessions. This social theory of invidia inverts readings that locate envy in migrants themselves, instead arguing that, in Spinoza’s Political Treatise, the democratic multitude harbours invidia against migrants when they are perceived as …

Fluid Belonging, Soft Boundary, Jingyi Liu

MFA in Visual Art

This thesis conceptualizes cultural identity as a fluid and dynamically generated process shaped through the experience of migration. Drawing on contemporary art practices and theoretical frameworks of diaspora and hybridity, the thesis is structured around four interrelated dimensions: fluid identity, memory fragmentation, material interaction, and spatial displacement.

Within the artist’s practice, traditional techniques are reactivated as both cultural signifiers and material approaches that adapt and transform across shifting contexts. Fragmentation is understood not as the loss of information but as a mode of reassembly. Materials such as ink, textile, and dye function as active agents that carry time and cultural …

Re: Conditional Approval Letter For Final Silver Bow Creek Conservation Area (Sbcca) Construction Quality Assurance Plan And Draft Final Silver Bow Creek Conservation Area (Sbcca) Construction Monitoring Quality Assurance Project Plan (Dated April 7, 2026), Emma Rott

Silver Bow Creek/Butte Area Superfund Site

No abstract provided.

The Lived Experiences Of Mental Health Clinicians Treating Adolescents Diagnosed With Oppositional Defiant Disorder, Gilbert Hernandez

Walden Dissertations and Doctoral Studies

No abstract provided.

Diverse Directions - Callie Bowland, Callie E. Bowland

B.A./B.S. Practicum Group Exhibit (ART 499)

My ceramic works explore stress, masking, and how they affect the body over time, in addition to what can be considered the true self, and how society reacts to it. They all feature an element of abstract, twisting flesh.

Reliquary uses it as a very literal interpretation of inner beauty, turning flesh and bone into an ornate vessel, playing with the parallel of the human body as a vessel for the mind. It also poses the question of what makes up a person, by contrasting the corporeal flesh and bone with a mask- like face–are we the physical body itself, …

Does Climate Disclosure Work To Reduce Greenhouse Gas Emissions? Emerging Evidence Suggests Cautious Optimism., Cynthia A. Williams

Articles by Maurer Faculty

The purpose of this Article is to bring some of the emerging empirical literature evaluating the effects of required greenhouse gas (GHG) disclosure to bear on discussions of disclosure as a mechanism to address climate change. Since disclosure has become such a significant part of global efforts to address climate change, whether it has the effects in fact that are attributed to it in theory is properly subject to interrogation.   In this Article, several interrelated questions will be discussed. First, what does the empirical evidence show about the effects of required (GHG) disclosures on emissions? What mechanisms are engaged in …

Florence Normal College Quarterly, Faculty Of Florence Normal College

Documents

Faculty Quarterly Journal of Florence Normal College, October 1910.

Modeling Of Polar Cap Ionospheric Patches And Attendant Plasma Instabilities: Initialization From Data And Parametric Analysis, Mark Redden

Doctoral Dissertations and Master's Theses

There is a robust history of theoretical work on ionospheric plasma patches and their attendant plasma fluid irregularities, particularly within the polar cap region.  Within this region though, plasma theory does not always yield tractable problems with succinct analytic solutions that are conceptually illuminating. Observational research methods and techniques, using a multitude of ground-based and in-situ systems, provide insights into this complex environment not always readily achieved through theory alone.  Limitations in observational insights exist; however, due to two inherent shortcomings of such systems; sensor observational persistence (in-situ sounding rocket and satellite plasma sensors) and/or sensor spatial resolution (terrestrial systems …

Aerodynamic And Acoustic Modeling For Evtol Rotor Noise Prediction, Daniella Bezuidenhout, Anastasios S. Lyrintzis, Vladimir V. Golubev

Doctoral Dissertations and Master's Theses

This thesis presents the development and validation of a methodology for predicting total acoustic emissions from a one-fifth scale electric vertical takeoff and landing (eVTOL) rotor in both hover and edgewise flight conditions. The approach couples sectional two-dimensional Reynolds-Averaged Navier-Stokes (2D-RANS) airfoil simulations with rotor loading predictions from the Comprehensive Hierarchical Aeromechanics Rotorcraft Model (CHARM), tonal noise calculations using the acoustic solver PSU-WOPWOP, and broadband noise predictions from the UCD-QuietFly framework. Boundary-layer inputs traditionally obtained from the viscous-inviscid solver, XFOIL, were replaced with higher-fidelity 2D-RANS results from OpenFOAM to better capture low-Reynolds-number flow physics, including laminar-turbulent transition and laminar separation …

Adaptive Control Combined With Integral Concurrent Learning For Trajectory Tracking Near Asteroids, Alvaro Diaz Rodrigo

Doctoral Dissertations and Master's Theses

Close-proximity operations in the vicinity of Near-Earth Asteroids (NEAs) are essential for scientific studies and possible future planetary-defense missions. Unlike motion around large celestial bodies, spacecraft dynamics near small, rotating asteroids are dominated by weak, highly irregular gravity fields. While full characterization of an asteroid’s shape enables high-fidelity gravitational modeling, such information is typically unavailable in realistic mission scenarios, and in-situ exploration is often required. As a result, the forces acting on the spacecraft cannot be modeled accurately in advance, leading to significant uncertainty in the equations of motion and challenging guidance and control strategies. To address these challenges, the …

Security Assessment Of A Machine Learning Approach To Generate And Validate Digital Signatures, Juan Ortiz Couder

Doctoral Dissertations and Master's Theses

Cybersecurity has become a global concern as cyber-attacks have become more common, and the cost of the damage caused by them continues to increase. There are several approaches to improve the cyber security of systems such as Digital Signatures, hashing, watermarking, and encryption among others. Digital Signatures are a cryptographic technique used to verify the authenticity and integrity of digital messages or documents. Digital Signatures use a combination of hashing and public-private key encryption to verify the authenticity and integrity of videos, just as they are used for documents and messages. As a result of using a combination of other …

Florence Normal College Quarterly, Faculty Of Florence Normal College

Documents

Faculty Quarterly Journal of Florence Normal College, March 1910.

*Press of The Florence Times*

Florence Normal College Quarterly, Faculty Of Florence Normal College

Documents

Faculty Quarterly Journal of Florence Normal College, January 1910.

Aquaculture Ecosystem Modeling Aeration Efficiency Optimization Using Cfd, Gabriela Reyes Gomez

Electronic Theses and Dissertations 2020 - Present

The Harbor Branch Oceanographic Institute (HBOI) is developing the Intelligent and Resource Efficient Pond Aquaculture (IREPA) project, which aims to improve aquaculture management through the integration of predictive models and automated technologies. This approach seeks to transition traditional practices toward data-driven systems capable of supporting informed decision-making for aeration management.

This study investigates the effectiveness of different aerator configurations on hydrodynamic circulation and dissolved oxygen (DO) distribution in aquaculture ponds using computational fluid dynamics (CFD). A model was developed in ANSYS Fluent, where the aerator was represented using a power-based formulation and implemented as a moving wall boundary condition. Dissolved …

I Lost My Number, Can I Have Yours? Body Image Satisfaction With Sexually Dimorphic Traits Is Associated With Men's Dating Anxiety And Confidence, David A. Frederick, Tania A. Reynolds, Nikoline L. Smart, Justin R. Garcia, David A. Puts

Psychology Faculty Articles and Research

Evolutionary scientists posit that sexual selection processes caused males to develop sexually dimorphic traits to aid them during intrasexual competition and increase their likelihood of being chosen as mates. Evolutionary social sciences have extensively examined women's preferences for traits such as muscle mass and voice pitch, reasoning that these traits serve as cues of men's ability to provide direct benefits (e.g., resources) and indirect (genetic) benefits passed on to offspring. At the same time, body image researchers have extensively focused on the social causes and consequences of men's dissatisfaction with their muscularity and body fat. We connected these two research …