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1. MECHANISMS OF SHEAR-INDUCED ADAPTIVE RHEOLOGY IN ENDOTHELIAL CELLS

open_access
Open Access
Author:
Dangaria, Jhanvi H.
Title:
MECHANISMS OF SHEAR-INDUCED ADAPTIVE RHEOLOGY IN ENDOTHELIAL CELLS
Graduate Program:
Bioengineering
Keywords:
mechanotransduction
particle tracking
viscoelasticity
atherosclerosis
cell mechanics
File:
Download Dangaria_JH_PhD_2008.pdf
Committee Members:
Peter J Butler, Committee Chair/Co-Chair
Cheng Dong, Committee Member
William O Hancock, Committee Member
Erin Elizabeth Sheets, Committee Member

2. NUMERICAL SIMULATION OF SOLID-STATE SINTERING OF METAL POWDER COMPACT DOMINATED BY GRAIN BOUNDARY DIFFUSION

open_access
Open Access
Author:
Zhang, Rui
Title:
NUMERICAL SIMULATION OF SOLID-STATE SINTERING OF METAL POWDER COMPACT DOMINATED BY GRAIN BOUNDARY DIFFUSION
Graduate Program:
Engineering Science and Mechanics
Keywords:
sintering simulation
finite element method
viscoelasticity
stainless steel 316L
metallography
File:
Download RuiZhang-Dissertation.pdf
Committee Members:
Renata S Engel, Committee Chair/Co-Chair
Randall M German, Committee Member
Nicholas John Salamon, Committee Member
Clifford Jesse Lissenden Iii, Committee Member
Panagiotis Michaleris, Committee Member

3. ULTRASONIC GUIDED WAVES AND WAVE SCATTERING IN VISCOELASTIC COATED HOLLOW CYLINDERS

open_access
Open Access
Author:
Luo, Wei
Title:
ULTRASONIC GUIDED WAVES AND WAVE SCATTERING IN VISCOELASTIC COATED HOLLOW CYLINDERS
Graduate Program:
Engineering Science and Mechanics
Keywords:
acoustics
wave mechanics
guided wave
finite element analysis
phased array focusing
ultrasonics
viscoelasticity
wave scattering
nondestructive evaluation
File:
Download WeiLuo_Dissertation_V1.pdf
Committee Members:
Joseph Lawrence Rose, Committee Chair/Co-Chair
Bernhard R Tittmann, Committee Member
Clifford Jesse Lissenden Iii, Committee Member
Eduard S Ventsel, Committee Member
Qiming Zhang, Committee Member

4. A Coarse-Grained Molecular Dynamics model of the Mammalian Nuclear Envelope

open_access
Open Access
Author:
Singh, Pranjal
Title:
A Coarse-Grained Molecular Dynamics model of the Mammalian Nuclear Envelope
Graduate Program:
Engineering Science and Mechanics (MS)
Keywords:
nuclear envelope
nuclear lamina
coarse-grained modeling
molecular dynamics
viscoelasticity
File:
Download CGNES-0.8.2.zipDownload Singh2021_MSThesis.pdf
Committee Members:
Sulin Zhang, Thesis Advisor/Co-Advisor
Francesco Costanzo, Committee Member
Albert Segall, Program Head/Chair
Christian Peco, Committee Member
Judith Todd Copley, Committee Member