Matching Items (14)
Description

The purpose of this study was to examine the validity of a modified Assisted Cycling Therapy bicycle for improving depression in children with Down Syndrome (DS). Seven participants completed 2x/week for 8 weeks, 30 minutes at a time of ACT, in which participants’ voluntary pedaling rates were augmented via the

The purpose of this study was to examine the validity of a modified Assisted Cycling Therapy bicycle for improving depression in children with Down Syndrome (DS). Seven participants completed 2x/week for 8 weeks, 30 minutes at a time of ACT, in which participants’ voluntary pedaling rates were augmented via the bicycle motor, ensuring that they were pedaling at a rate greater than their self-paced rate. Depression was measured using a modified version of the Children’s Depressive Inventory, called the CDI-2. Our study demonstrated that the scores from the CDI-2 decreased, demonstrating less depressive symptomatology after the conclusion of the 8 week intervention. Our results were interpreted via our model of the mechanisms involved in influencing the success of ACT. Future research would include a greater sample size, a more relevant measure of depressive scores, and a consistent data collection environment. However our initial pilot study showed promising results for improving mental health in children with DS.

ContributorsErramuzpe, Sarah (Author) / Ringenbach, Shannon (Thesis director) / Yudell, Michael (Committee member) / Barrett, The Honors College (Contributor) / School of International Letters and Cultures (Contributor) / College of Health Solutions (Contributor)
Created2023-05
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Description
The city of Groningen in the Netherlands is often referred to as the "world cycling city" because over fifty percent of trips are made on bicycles (Van Hoven & Elzinga, 2009). On the contrary, just four percent of trips in Tempe, Arizona are on bicycles (McKenzie, 2014). Through a series

The city of Groningen in the Netherlands is often referred to as the "world cycling city" because over fifty percent of trips are made on bicycles (Van Hoven & Elzinga, 2009). On the contrary, just four percent of trips in Tempe, Arizona are on bicycles (McKenzie, 2014). Through a series of interviews and surveys, this study investigates what causes such high bicycling rates in Groningen and applies these findings to Tempe. The results suggest that Groningen experiences high bicycling rates because the city uses "carrot" and "stick" policies to encourage bicycling and discourage driving. It is therefore recommended that Tempe adopt both types of policies to raise bicycling levels.
ContributorsRayes, Kevin (Author) / Pfeiffer, Deirdre (Thesis advisor) / Larson, Elizabeth (Committee member) / Golub, Aaron (Committee member) / Arizona State University (Publisher)
Created2015
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Description
An experimental investigation was conducted to calculate the aerodynamic drag on a cyclist wearing different types of clothing. The different outfits worn for this experiment were a professional skinsuit, a professional cycling kit, a t-shirt and shorts, and a long-sleeved flannel and jeans. The aerodynamic drag was ultimately found using

An experimental investigation was conducted to calculate the aerodynamic drag on a cyclist wearing different types of clothing. The different outfits worn for this experiment were a professional skinsuit, a professional cycling kit, a t-shirt and shorts, and a long-sleeved flannel and jeans. The aerodynamic drag was ultimately found using the coast down method, a process in which a cyclist increases their speed to a chosen maximum threshold, and upon reaching this speed, ceases the pedal stroke and maintains the aero position until the bicycle comes to a stop. The data was gathered using an AeroPod, speed sensor, and GPS unit. The data gathered was imported into Excel for data analysis. The average CdA values at race speed (26-30 ft/s) for the skinsuit, cycling kit, t-shirt and shorts, and flannel were calculated to be 4.180 ft2, 3.668 ft2, 4.884 ft2, and 4.223 ft2, respectively. These race speed averages were found using data from three separate Ironman Triathlons. The cycling kit was found to be the most aerodynamic at the race speed. The results of this study reveal that cycling apparel can only be optimized for a small range of speeds and cycling outside of this optimal range delays the initiation of the reduction of boundary layer separation, thus resulting in more critical time spent in the flow transition region. The skinsuit’s performance was more aerodynamically efficient than the cycling kit at speeds greater than 36.8 mph. The cycling kit is more aerodynamic for speeds slower than 36.8 mph. The slickness of the skinsuit was found to be detrimental to the cyclist’s aerodynamic drag, as the lack of roughness on the skinsuit prevented the initiation of turbulent flow, which results in a decrease in drag. Overall, the experiment confirmed the hypothesis that a cyclist is more aerodynamic when wearing cycling apparel as opposed to casual, loose-fitting clothing.
ContributorsGlynn, Julia Daniel (Co-author) / Duffy, Kyle (Co-author) / Takahashi, Timothy (Thesis director) / Bergmann, Ande (Committee member) / Mechanical and Aerospace Engineering Program (Contributor) / Department of Information Systems (Contributor) / Barrett, The Honors College (Contributor)
Created2019-12
Description
A market analysis on the boutique fitness industry, as well as financial plans and logistical planning of creating a unique indoor cycling studio in the greater Scottsdale area. Through competitive, financial, and technological analyses one is able to better understand the breadth and scope of the growing fitness industry as

A market analysis on the boutique fitness industry, as well as financial plans and logistical planning of creating a unique indoor cycling studio in the greater Scottsdale area. Through competitive, financial, and technological analyses one is able to better understand the breadth and scope of the growing fitness industry as well as see the potential risks and benefits in opening a small business in this arena.
Health and wellness can be found all throughout the market nowadays. Whether it be from the food people eat or the money people spend on self-care, this trend has created a significant niche in today’s market. Create Cycle is the next big player to be stepping into the mayhem that is the health and wellness industry. Create Cycle is a new indoor cycling experience located in Scottsdale, Arizona. Its mission: to provide people with an unforgettably positive fitness experience where each and every person feels empowered to create love for themselves through state-of-the-art technology. With the fitness industry is quickly growing, and it is imperative for Create Cycle to differentiate itself within the Scottsdale market. Create Cycle will be, in theory, based around an entire experience. The classes will consist of some of the best talent and training one can find in the valley. This will be done through a specific hiring process and strategic organizational structure. The goal is to let experiences in class lead to a strong community following, where Create Cycle becomes the place to be. Its vision: to one day break down the notions of exercising solely for physical appearance but rather for one’s own happiness and for those around them in a larger frame of mind.
ContributorsMyers, Claire Elizabeth (Author) / Trujillo, Rhett (Thesis director) / Laughlin, Drew (Committee member) / Department of Information Systems (Contributor) / Department of Management and Entrepreneurship (Contributor) / Department of Supply Chain Management (Contributor) / Barrett, The Honors College (Contributor)
Created2019-05