1. EFFECT OF GEOMETRIC PARAMETERS ON THE IN-PLANE CRUSHING BEHAVIOR OF HONEYCOMBS AND HONEYCOMBS WITH FACESHEETS Open Access Author: Atli Veltin, Bilim Title: EFFECT OF GEOMETRIC PARAMETERS ON THE IN-PLANE CRUSHING BEHAVIOR OF HONEYCOMBS AND HONEYCOMBS WITH FACESHEETS Graduate Program: Aerospace Engineering Keywords: honeycomb crushingenergy absorptioncellular honeycombs File: Download Thesis_Bilim.pdf Committee Members: Farhan S Gandhi, Dissertation Advisor/Co-AdvisorFarhan S Gandhi, Committee Chair/Co-ChairEdward C Smith, Committee MemberAshok D Belegundu, Committee MemberGeorge A Lesieutre, Committee Member
2. INNOVATIVE ENERGY ABSORBING AND LOAD LIMITING DEVICES BASED ON COMPOSITE TUBES Open Access Author: Tiwari, Chandrashekhar Title: INNOVATIVE ENERGY ABSORBING AND LOAD LIMITING DEVICES BASED ON COMPOSITE TUBES Graduate Program: Aerospace Engineering Keywords: composite tubesenergy absorptionload limitingextension-twiststitch rippingfoam crushing File: Download Chandrashekhar_Tiwari_MS_Thesis_AUG09.pdf Committee Members: Prof Edward C Smith, Thesis Advisor/Co-AdvisorEdward C Smith, Thesis Advisor/Co-Advisor
3. Characterization and Design of Lightweight Energy Absorbing Cargo Restraints Open Access Author: Hagon, Matthew J. Title: Characterization and Design of Lightweight Energy Absorbing Cargo Restraints Graduate Program: Engineering Mechanics Keywords: textilesSEAload limitersenergy absorptionVEAstitch ripping devicecargo restraints File: Download HagonThesis090714.pdf Committee Members: Charles E Bakis, Thesis Advisor/Co-AdvisorMichael Andrew Yukish, Thesis Advisor/Co-Advisor
4. Design of Contact-aided Compliant Cellular Mechanisms for use as an Energy Absorbing Structure Open Access Author: Hyland, Jennifer Elizabeth Title: Design of Contact-aided Compliant Cellular Mechanisms for use as an Energy Absorbing Structure Graduate Program: Mechanical Engineering Keywords: contact-aided compliant mechanismcellular structuremicrofabricationlaser micro-machiningenergy absorption File: Download Jennifer_E_Hyland_Thesis.pdf Committee Members: Mary I Frecker, Thesis Advisor/Co-Advisor