A5002666178- Additive Manufacturing and 3D Printing Technologies
- Nanomaterials and Printing Technologies
- Advanced Sensor and Energy Harvesting Materials
- Advanced Battery Technologies Research
- Electronic Packaging and Soldering Technologies
- Advancements in Battery Materials
- Electrohydrodynamics and Fluid Dynamics
- 3D IC and TSV technologies
- Advanced Battery Materials and Technologies
- Spine and Intervertebral Disc Pathology
- Nanofabrication and Lithography Techniques
- Anesthesia and Pain Management
- Musculoskeletal pain and rehabilitation
- Industrial Vision Systems and Defect Detection
- Shoulder Injury and Treatment
- Cardiac, Anesthesia and Surgical Outcomes
- Recycling and Waste Management Techniques
- Knee injuries and reconstruction techniques
- Surface Modification and Superhydrophobicity
- Sports injuries and prevention
- Structural Health Monitoring Techniques
- Modular Robots and Swarm Intelligence
- Cardiovascular Effects of Exercise
- Color Science and Applications
- Manufacturing Process and Optimization
Solutions Inc. (Japan)
2025
Wake Forest University
2025
Roche (Sweden)
2025
Manufacturing Institute
2019-2024
NextFlex
2019-2024
Tennessee Orthopaedic Alliance
2024
Atrium Health Wake Forest Baptist
2023
University of Utah
1993-2023
University of Tampa
2023
Vanderbilt University
2019-2022
A nanofabrication method, nanografting, has been developed to fabricate nanometer scale patterns on surfaces with specified size and geometry. The nanografting process combines the displacement of selected resist molecules by an atomic force microscopy tip adsorption new adsorbate. present work details procedure for discusses various kinds produced stability resulting patterns. Compared other methods microfabrication, allows a more precise control over geometry patterned features their...
Abstract BACKGROUND: While there are numerous benefits of smartphone use for physicians, little is known about the negative effects using these devices in context patient care. OBJECTIVE: To assess resident and faculty during inpatient attending rounds its potential as a source distraction transfer clinical information. DESIGN: Cross‐sectional survey. SETTING: University‐affiliated public teaching hospital. PARTICIPANTS: All housestaff departments Medicine Pediatrics. METHODS: Participants...
We characterize the selective deposition of liquid microstructures on chemically heterogeneous surfaces by means dip coating processes. The maximum deposited film thickness depends critically speed withdrawal as well pattern size, geometry, and angular orientation. For vertically oriented hydrophilic strips, we derive a hydrodynamic scaling relation for which agrees very with interferometric measurements dip-coated lines. Due to lateral confinement liquid, our differs considerably from...
We study the equilibrium conformations of liquid microstructures on flat but chemically heterogeneous substrates using energy minimization computations. The surface patterns, which establish regions different energy, induce deformations liquid–solid contact line. Depending geometry, these either promote or impede capillary breakup and bulge formation. angles hydrophilic hydrophobic regions, as well pattern geometry volume deposited, strongly affect shapes. Moreover, due to small scale...
Background The Water Insecurity Experiences (WISE) Scales have been validated to comparably measure water insecurity globally. scales consist of 12 items that can be administered in approximately 3 minutes. There is interest developing more rapid WISE Scale versions, for use when time limited. One alternative a subset 4 items, which has validated, but some drawbacks. Here we investigate another alternative: dichotomous (yes/no) response options instead the original four levels...
Remarkable advances in high-throughput sequencing have enabled major biological discoveries and clinical applications, but achieving wider distribution use depends critically on further improvements scale cost reduction. Nanopore has long held the promise for such progress, had limited market penetration. This is because efficient accurate nanopore of nucleic acids been challenged by fundamental signal-to-noise limitations resulting from poor spatial resolution molecular distinction...
We know little about the individual pain experience of patients recovering from surgery in first weeks after hospital discharge. Here, we examine differences day-to-day 2 major surgeries: lower limb total joint arthroplasty (TJA) and cesarean delivery (CD). Fifty-five TJA 157 CD were recruited to complete questionnaires record their daily experiences surgery. After discharge, recorded intensity once for 60 days (CD) or twice weeks, weekly 8 monthly 3 months (TJA). Pain scores modeled using...
Wire harnesses contribute a significant portion of the weight on automotive platform. In-mold electronics provide reduction pathways by integrating conductive traces into interior body panels. Additive print processes method to fabricate circuits through soft tooling using number and dielectric materials. However, print-process recipes process-property interactions thermo-formable flexible substrates are scarce. In this paper, process recipe has been developed studying different printing...
Abstract Objective Evaluate outcomes of genicular nerve chemical neurolysis (GChN) in a real-world population with chronic knee pain. Design Restrospective, observational cohort study. Setting Tertiary academic medical center. Subjects Consecutive patients who had undergone GChN ≥3 months prior. Methods Standardized surveys were collected by telephone and included the numerical rating scale, opioid analgesic use, Patient Global Impression Change. Age, sex, body mass index, duration pain,...
Additive methods are preferred over processes that need hard-tooling due to ramp-up speed and soft tooling. Increasing demand for the miniaturization of electronics has accelerated development flexible technology. Flexible electronic architectures have gained traction in products various end applications. The prior generation additive used volatile organic solvent-based inks fabricate printed circuits. Increased emphasis on environmental, social, governmental factors called attention...
Vestibular dysfunction, characterized by nausea, dizziness, imbalance, and/or gait disturbance, represents an important sport-related concussion (SRC) subtype associated with prolonged recovery. physical therapy promotes recovery; however, the benefit of earlier is unclear.Earlier vestibular for young athletes SRC return to play (RTP), learn (RTL), and symptom resolution.Retrospective cohort study.Level 3.Patients aged 5 23 years who initiated rehabilitation (VRT) from January 2019 December...
Ongoing research in flexible electronics has led to the development of various conductible inks and technologies for printing on substrates. The demand light compact printed electric circuits been augmented with advancement technology. Using environmentally friendly solvents low-impact waste provides a pathway creating more sustainable solutions. Recent advances material have water-based conductive aerosol-jet platform. In this paper, Silver Nanoparticle ink having low viscosity studied,...
Flexible devices are been emerging as a new way to the electronics industry. One of biggest challenges Aerosol Jet Printing (AJP)is reduce resistance printed line and get close comparison with existing Cu trace resistivity. According study, an increase in sintering temperature at constant time, shear strength decreases. There is need investigate effect varying time on number cycles failure (i.e. fatigue life)during cyclic bending. The current challenge AJP technology reducing lines. In this...
Integrals which represent the spectral moments of stationary response a linear and time-invariant system under random excitation are considered. It is shown that these integrals can be determined through solution algebraic equations. These equations derived by considering differential for both autocorrelation function its Hilbert transform. The method applied to determine even-order odd-order moments. Furthermore, it provides potent generalization classical formula used in control...
Abstract Printing technologies such as Aerosol Jet provides the freedom of miniaturizing interconnects and producing fine pitch components. Jet, a direct printing technique replaces traditional steps manufacturing printed circuit board lithography or etching, which are quite expensive, further allowing circuits to be fabricated onto all kinds substrates. Wide impact areas range from healthcare wearables future automotive applications. The aerosol jet printer Optomec utilized in this study,...
Printed electronics have garnered increased attention for mainstream applications. Many advancements in sustainable printed materials prompted the need to realize process-property relationship of these newly introduced materials. Previously, authors studied effect volatile organic solvent ink process parameters on print consistency and mechanical-electrical performance. However, there is insufficient research regarding influence mechanical electrical performance traces with water-based...
A new generation of flexible electronics applications has been made possible by printing techniques that have proven highly effective and compatible with polymeric materials (inks substrates). Their multiple uses in fields, including but not limited to medical imaging sensors, photovoltaic solar cells, transistors, actuators, sparked the field's recent rapid development. They are more durable, lighter, portable, potentially becoming future low-cost electronics. Despite noteworthy changes,...
Abstract The advancement of flexible printing technology in electronics has raised the demand for compact, lightweight, and stretchable printed electric circuits. viability environmentally friendly water-based inks with low-impact waste requires development process recipes component attachment on substrates. processes required newer generation are not well understood. This paper aims to demonstrate parameter study aerosol jet printer (AJP) platform silver nanoparticle ink. includes...
Abstract The earlier generation of additive printable inks was based on volatile organic solvent carrier fluids. Increased awareness the environmental impact electronic waste has resulted in emergence environmentally friendly water-based with low-impact waste. repairability additively printed circuits can be used to reduce and enable life extensions deployed electronics through repair replacement. However, potential, processes, reliability are relatively unexplored for new sustainable...
Abstract Background Given the high prevalence of chronic shoulder pain and encouraging early results terminal sensory articular branch radiofrequency ablation to treat pain, research is warranted refine procedural technique on basis updated neuroanatomic knowledge with goal further improving patient outcomes. Objective We describe an protocol that accounts for varied locations branches suprascapular, axillary, subscapular, lateral pectoral nerves within individual patients. Design Technical...