Gregory S. Batt, Ph.D.

Affiliations: 
2013 Mechanical Engineering Clemson University, Clemson, SC, United States 
Area:
Mechanical Engineering
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"Gregory Batt"

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Mohammed M. Daqaq grad student 2013 Clemson University
 (Primary resonance behavior of expanded polymer cushion material under low-intensity harmonic excitations.)
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Publications

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Cocchiola GJ, Joodaky A, Batt GS, et al. (2020) The effect of coplanar sensor spacing on determining the angular acceleration of vehicles Packaging Technology and Science. 33: 83-96
Joodaky A, Batt GS, Gibert JM. (2020) Prediction of cushion curves of polymer foams using a nonlinear distributed parameter model Packaging Technology and Science. 33: 3-14
Batt GS. (2019) Laboratory Simulation of Dynamic Compressive Forces Experienced by a Package during Transport Journal of Testing and Evaluation. 47: 20170186
Batt G. (2016) Simultaneous Multi-Translational-Axis Motion used in the Evaluation of Product Component Frequency Response and Unit Load Stability International Journal of Food and Fermentation Technology. 4: 200-215
Dunno K, Batt GS. (2016) Experimental Comparison of Vehicle Vibration Simulation Techniques Journal of Testing and Evaluation. 44: 20140315
Batt GS, Gibert JM, Daqaq M. (2015) Small strain vibration of a continuous, linearized viscoelastic rod of expanded polymer cushion material Journal of Sound and Vibration. 349: 330-347
Gibert JM, Batt GS. (2015) Impact oscillator model for the prediction of dynamic cushion curves of open cell foams Packaging Technology and Science. 28: 227-239
Batt GS, Gibert JM, Daqaq M. (2015) Reduced-order modelling of the linear vibration response of expanded polymer cushion material Packaging Technology and Science. 28: 59-74
Mitchell MR, Link RE, Daum M, et al. (2009) Prediction of Cushion Performance Less Than One Inch Thick Journal of Testing and Evaluation. 37: 102347
Dunno K, Batt G. (2009) Analysis of In-flight Vibration of a Twin-Engine Turbo Propeller Aircraft Packaging Technology and Science. 22: 479-485
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