Page 38 - ASME SMASIS 2017 Program

Technical Sessions

38
MONDAY, SEPTEMBER, 18 • 3:40PM - 5:40PM

3:40pm 4:00pm 4:20pm 4:40pm 5:00pm 5:20pm

SYMP 3-4: MAGNETORHEOLOGICAL SYSTEMS 3:40pm - 5:40pm Lobby Level, Superior B

Session Organizer: Jovana Jovanova, Ss. Cyril and Methodius University In Skopje, Skopje, Macedonia (Yugoslav Rep)

Session Co-Organizer: Jeong-Hoi Koo, Miami University, Oxford, OH, United States

Two Stage Design of Design Optimization of a Crashworthiness Study of Semi-Active Helicopter Ground The Use of Magneto-Rheological Fluids for Simulating Arterial
Compliant Mechanisms with Bi-Fold Magnetorheological Helicopter Skid Landing Gear Resonance Suppression Pulse Waveforms
Superelastic Compliant Joints Damper Subject to Impact System Equipped With a Using Magnetorheological Invited Speaker. SMASIS2017-3786
Technical Publication. Loads Magnetorheological Energy Technology
SMASIS2017-3825 Technical Publication. Absorber Technical Publication. Takdanai Tantiyartyanontha, Eric Shin, Jeong-Hoi Koo,
SMASIS2017-3753 Technical Publication. SMASIS2017-3782 Miami University, Oxford, OH, United States,
Jovana Jovanova, Ss. Cyril and SMASIS2017-3755 Tae-Heon Yang, Korea
Methodius University In Skopje, Muftah Saleh, Ramin Ming Cheng, Zhaobo Chen, Research Institute of Standards and Science, Daejeon, Korea
Skopje, Macedonia (Yugoslav Sedaghati, Rama Bhat, Muftah Saleh, Ramin Harbin Institute of Technology, (Republic)
Rep), Concordia University, Montreal, Sedaghati, Rama Bhat, Harbin, Heilongjiang, China
Mary Frecker, Pennsylvania QC, Canada Concordia University, Montreal,
State University, State College, QC, Canada
PA, United States

SYMP 6-1: COMPLIANT MECHANISMS AND MORPHING STRUCTURES 3:40pm - 5:40pm Lobby Level, Superior A

Session Organizer: Eric Freeman, University of Georgia, Athens, GA, United States

Session Co-Organizer: Stephen A. Sarles, University of Tennessee, Knoxville, TN, United States

Adaptive Compliant Mechanisms - Optimization, Origami, and Modeling of Bio-Inspired, Experimental Performance of Bio-inspired Programmable
Ornithopters Snapping Composite Shells Static and Morphing Concepts Polymer Gel Controlled by
Invited Speaker. SMASIS2017-4044 with Magnetically Aligned for an Avian-inspired Wing Swellable Guest Medium
Reinforcements Presentation Only. Presentation Only.
Mary Frecker, Pennsylvania State University, State College, PA, Technical Publication. SMASIS2017-3806 SMASIS2017-3701
United States SMASIS2017-3863

Katherine S. Riley, Hortense Pedro Leal, Hannah Stroud, Heng Deng, Yuan Dong,
Le Ferrand, Andres F. Arrieta, Darren Hartl, Jian Lin,
Purdue University, West Texas A&M University, College University of Missouri,
Lafayette, IN, United States Station, TX, United States Columbia, MO, United States