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Articles 1 - 6 of 6
Full-Text Articles in Engineering
Extraction Of Melanin From Black Knot Fungus: Optimization And Applications, Amara Davis
Extraction Of Melanin From Black Knot Fungus: Optimization And Applications, Amara Davis
Williams Honors College, Honors Research Projects
The goal of this research project was to optimize the extraction of melanin from black knot fungus and to analyze possible applications of the extracted melanin. An extraction method that was previously created was examined for possible improvements. Improvements that were studied include the elimination of steps in the extraction process while obtaining the same quality of product, examining options for machinery that could be used to increase production rate when moved to a production plant setting, and optimize the concentrations of the raw materials that are used in the extraction for possible reduction of cost without compromising yield or …
Totally Tubulair - Adjustable Nasal Cannula, Megan Bruns, Emily Mcgrath, Angelina Marchio, Olivia Renkel
Totally Tubulair - Adjustable Nasal Cannula, Megan Bruns, Emily Mcgrath, Angelina Marchio, Olivia Renkel
Williams Honors College, Honors Research Projects
Many individuals require short-term and long-term oxygen therapy. These users experience discomfort and problems with the standard nasal cannula that are compounded by issues with oxygen sources being heavy with limited supply and tubing getting tangled, kinked, or not providing enough mobility. The objective of this project was to address ergonomic issues with oxygen therapy devices to increase the ease of use for healthcare workers, patients, and families. By following the engineering design process, a prototype was developed for a nasal cannula with interchangeable prongs. The new design allows users to select a prong size that is more comfortable for …
Uv-Incorporated Sanitation Lining For Disinfection Of Carpentry Tools In Grade Schools, Nicole Dembiczak, Alex Paxitzis, Quinn Piorkowski, Ivana Shah
Uv-Incorporated Sanitation Lining For Disinfection Of Carpentry Tools In Grade Schools, Nicole Dembiczak, Alex Paxitzis, Quinn Piorkowski, Ivana Shah
Williams Honors College, Honors Research Projects
This project will focus on the issues caused by a pandemic, particularly, sanitation issues and difficulties in a public area. After a considerable amount of research, it became evident that current sanitation methods are time inefficient, not always effective and wasteful. There are numerous misconceptions on how these methods work and skepticism of the products themselves. The pandemic caused by COVID-19 is an extremely relevant issue that has affected schools, hospitals and other high traffic areas. This project will focus on K-12 grade schools that struggle with quick, easy and effective cleaning methods in between and after class. We aim …
Radial Artery Model For Catheterization Procedures, Kyla Beville, Mitchell Gagnon, Benjamin Stalls, Maya Ariza
Radial Artery Model For Catheterization Procedures, Kyla Beville, Mitchell Gagnon, Benjamin Stalls, Maya Ariza
Williams Honors College, Honors Research Projects
The purpose of this project was to create a radial artery model that is usable under ultrasound that would reduce complications during catheterization procedures. Each year, over one million of these procedures are done and complications can affect the outcomes of the patient. Using ultrasound during these procedures is an upcoming way to reduce these complications and improve the outcome that a patient will have.
Cochlear Implant Training Model, Devin Baughn, Sidney Mingle, Aaron Bowman
Cochlear Implant Training Model, Devin Baughn, Sidney Mingle, Aaron Bowman
Williams Honors College, Honors Research Projects
Currently available training methods for cochlear implant surgeries such as cadavers and imaging systems are expensive and available for a limited number of training sessions. With the goal of decreasing risk factors associated with cochlear implant surgery, our team developed a cochlear implant training model prototype that is designed to provide a trial-and-error, tactile training method for developing force perception levels required to avoid causing damage to the cochlea. This model is designed to utilize a disposable material that ruptures when exposed to critical force levels. A material testing device was developed and utilized to test an assortment of easily …
Hands Free Fitted Shoe, Maddison Schutt, Nicole Rizkala, Elizabeth Scheatzle, Alexander Hershey, Austin Fowkes
Hands Free Fitted Shoe, Maddison Schutt, Nicole Rizkala, Elizabeth Scheatzle, Alexander Hershey, Austin Fowkes
Williams Honors College, Honors Research Projects
The ability to don and doff fitted shoes can be a challenge for many people including those diagnosed with diabetes, obesity, limb loss, pregnancy, Parkinson’s disease, arthritis, surgical complications, and aging. Though these actions may seem trivial, the ability to independently put on shoes is necessary because it can significantly impact one’s capacity to complete everyday tasks, hold relationships, and maintain mental health. Current competitors in the market are excessively expensive, not completely hands-free, or not fully enclosed shoes, so a new design for an accessible and affordable hands-free fitted shoe could be of great benefit to the general population. …