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Awards
EPHRAHIM GARCIA BEST PAPER AWARD Abstract
This ASMS award was established in memory of Professor Garcia’s Additive manufacturing of nickel–titanium has two distinct advantages
extraordinary contributions in scholarship, education, and service to the over conventional methods. It circumvents the difficulties associated with
field of smart materials and adaptive structures. machining of nickel–titanium and it provides a freedom-of-design that
conventional processing cannot match. In this article, we analyze the
2017 EPHRAHIM GARCIA BEST PAPER AWARD effects of processing parameters on the structural and functional
outcomes of selective laser melted nickel–titanium parts. Notably, we
Jason M. Walker, Christoph Haberland, Mohsen Taheri Andani, Haluk Ersin expand the parametric envelope compared to the previous studies by
Karaca, David Dean, and Mohammad Elahinia, “Process development and utilizing a higher power 300 W laser. Optimal process parameters are
characterization of additively manufactured nickel–titanium shape identified for additively manufacturing of nickel–titanium parts with
memory parts,” Journal of Intelligent Material Systems and Structures. verified shape memory behavior and complex structures with accurate
27(19), 2653-2660, 2016. features are fabricated.
ASME ASMS TC 2017 BEST PAPER AWARD
Jason M. Walker
Department of Plastic Surgery, The Ohio State
University, Columbus, OH, USA There are three best-paper awards established by the ASME Adaptive
Dynamic and Smart Systems Laboratory, Department Structures and Materials Systems Technical Committee (ASMS TC): 1)
of Mechanical, Industrial and Manufacturing Structural Dynamics and Control Best Paper Award, 2) Materials and
Engineering, The University of Toledo, Systems Best Paper Award, and 3) Energy Harvesting Best Paper Award.
Toledo, OH, USA Papers published in journal publications relevant to smart materials and
structures and conference proceedings sponsored by the ASMS
Christoph Haberland committee are eligible for the best-paper competition. Nominated papers
Dynamic and Smart Systems Laboratory, Department are sent out for review. The winners of this year’s awards are listed below.
of Mechanical, Industrial and Manufacturing 2017 BEST PAPER IN STRUCTURAL DYNAMICS AND CONTROL
Engineering, The University of Toledo, Toledo, OH,
USA
Ryan L. Harne and Danielle T. Lynd, 2016, “Origami acoustics: using
principles of folding structural acoustics for simple and large focusing of
Mohsen Taheri Andani sound energy,” Smart Materials and Structures, 25(8): 085031.
S.M. Wu Manufacturing Research Center, Department
of Mechanical Engineering, College of Engineering,
University of Michigan, Ann Arbor, MI, USA Ryan L. Harne
Dynamic and Smart Systems Laboratory, Department Ohio State University
of Mechanical, Industrial and Manufacturing
Engineering, The University of Toledo,
Toledo, OH, USA
Haluk Ersin Karaca Danielle T. Lynd
Department of Mechanical Engineering, University of Ohio State University
Kentucky, Lexington, KY, USA
David Dean Abstract 23
Department of Plastic Surgery, The Ohio State
University, Columbus, OH, USA Fixed in spatial distribution, arrays of planar, electromechanical acoustic
transducers cannot adapt their wave energy focusing abilities unless each
Mohammad Elahinia transducer is externally controlled, creating challenges for the
Dynamic and Smart Systems Laboratory, Department implementation and portability of such beamforming systems. Recently,
of Mechanical, Industrial and Manufacturing planar, origami-based structural tessellations are found to facilitate great
Engineering, The University of Toledo, Toledo, OH, versatility in system function and properties through kinematic folding. In
USA this research we bridge the physics of acoustics and origami-based
design to discover that the simple topological reconfigurations of a
Miura-ori-based acoustic array yield many orders of magnitude worth of
