1. Design of a Tri-Phasic Biomechanical Model Describing Healthy and Cancerous Tissue Open Access Author: Barber, Kathryn Irene Title: Design of a Tri-Phasic Biomechanical Model Describing Healthy and Cancerous Tissue Area of Honors: Engineering Science Keywords: computational modelingtri-phasic modelcancerbrain tissuemagnetic resonance elastographynon-invasive diagnostic procedures File: Download Kathryn_Barber_Final_Senior_Thesis_2.pdf Thesis Supervisors: Corina Stefania Drapaca, Thesis SupervisorCorina Stefania Drapaca, Thesis SupervisorJudith A Todd Copley, Thesis Honors AdvisorPatrick James Drew, Faculty Reader
2. DEVELOPMENT OF A VALIDATION METHOD FOR COMPUTATIONAL MODELS OF MICRO-TISSUE ENGINEERED NEURAL NETWORKS Open Access Author: Borusiewicz, Marisa Tayte Title: DEVELOPMENT OF A VALIDATION METHOD FOR COMPUTATIONAL MODELS OF MICRO-TISSUE ENGINEERED NEURAL NETWORKS Area of Honors: Mechanical Engineering Keywords: computational modelingmicro-tennsaxon bundlesvalidation File: Download Borusiewicz_Marisa_Honors_Thesis_Spring_2017.pdf Thesis Supervisors: Reuben H Kraft, Thesis SupervisorDr. Sean N Brennan, Thesis Honors Advisor
3. A COMPUTATIONAL MODEL OF STRAIN AND RATE-DEPENDENT NUERONAL INJURY Format Review Open Access Author: Detomas-Medina, Patricia Yvette Title: A COMPUTATIONAL MODEL OF STRAIN AND RATE-DEPENDENT NUERONAL INJURY Format Review Area of Honors: Science Keywords: Finite element modelneuronal deformationcomputational modelingneurons File: Download DETOMAS_PATRICIA_COMPUTATIONALNEURONALDEFORMATION.pdf Thesis Supervisors: Reuben H Kraft, Thesis SupervisorDr. Ronald Albert Markle, Thesis Honors Advisor
4. Reverse Source Localization for Identification of Overpressure Sources Based on Wearable Blast Gauges Open Access Author: Katch, Lauren Title: Reverse Source Localization for Identification of Overpressure Sources Based on Wearable Blast Gauges Area of Honors: Engineering Science Keywords: Blastexplosiontraumatic brain injurytbicomputational modelingsensorsoverpressures File: Download FINAL_THESIS_KATCH.pdf Thesis Supervisors: Reuben H Kraft, Thesis SupervisorGary L Gray, Thesis Honors Advisor