Mechanics of Biological Systems and Materials and the Mechanics of Composite, Hybrid & Multifunctional Materials, Vol. 3

Front Cover	1
Conference Proceedings of the Society for Experimental Mechanics Series	2
Mechanics of Biological Systems and Materials and the Mechanics of Composite, Hybrid & Multifunctional Materials, Vol. 3	4
Preface	6
Contents	8
Chapter 1 Review of Recent Results of Onco-Ultrasound-Tripsy on Cancer Cells	10
Introduction	10
Materials and Methods	11
Applications of Onco-Ultrasound-Tripsy (OUT)	11
Application on Lymphoma Cells	11
Application on Breast Cancer Cells	12
Application on Osteosarcoma Cells	13
Application on Melanoma Cells	14
Conclusion	16
Chapter 2 A Bone Remodeling Lab-on-a-Chip to Study Periprosthetic Osteolysis: Early Evidence that Osteocyte Signaling Contributes to Increased Osteoclast Resorption	18
Introduction	18
Background	18
Analysis	20
Results	25
Conclusion	26
Chapter 3 The Stress Relaxation Response of the Porcine Descending Aorta under Combined Normal and Torsional Loadings	28
Introduction	28
Observed mechanical properties of the aorta	29
Stress relaxation and creep in soft tissue	29
Efforts to model aortic tissue	29
Experimental Methods	30
Results	30
Analysis	31
Discussion	33
Implications of Experimental Data	33
Novelty of our experiment	33
Implication on future modeling	33
Questions our data pose	34
Conclusions	35
Future work	35
Chapter 4 Investigating the Interphase in Hydroxyl-TerminatedPolybutadiene (HTPB) Composites via Dynamic Mechanical Analysis and Atomic Force Microscopy	38
Introduction	38
Materials	39
Methods	40
Dynamic mechanical analysis	40
DMA data processing	40
Atomic force microscopy	42
AFM sample preparation	42
Results and Discussion	43
DMA results	43
EMG fitting	44
Activation energy calculations	45
Particle-binder interaction parameter	45
AFM Results	47
Conclusions	54
Chapter 5 Novel Experiment Design to Investigate High-Rate Shear Fracture of Composites	56
Introduction	56
Experimental Design and Methods	57
Experimental Results	57
Conclusion	58
Chapter 6 Experimental and Numerical Analysis of Dynamic Behavior of Cork Material	60
Introduction	60
Materials and Methods	61
Material Modelling	62
Constitutive models	62
Validation	63
Test Case	64
Conclusion	66
Chapter 7 Unexpected Time Dependence in Nanofibrillated Cellulose Gels	68
Introduction	68
Methods	69
Results	70
Conclusions	72
Chapter 8 Biofilm Adhesion on TiAl6V4 using Laser Spallation Technique	74
Introduction	74
Experimental Procedures and Results	75
Challenges	77
Chapter 9 Towards Single Particle Tracking in Simulated Microgravity-Grown Biofilms	78
Introduction	78
SPT in Biofilms	79
SPT Techniques and Validation	80
Accurate Particle Selection	81
Materials and Methods	82
Preliminary Size Characterization Results	82
Back Cover	84

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