Parallel Sessions (AM) Day 2 2 Hours
9:15 am – 11:15 am (CDT), UTC -5
Various talks held in parallel.
Session 1.4 Computational Modeling of Localization Instability
Chair Jia-Liang Le
333 Flaw size sensitivity of amorphous silica nanostructures – Kedar Kirane, Stony Brook University
282 Mechanism-based energy regularization in numerical modeling of quasibrittle failure – Anna Gorgogianni, University of Minnesota-Twin Cities
419 Mechanical and fracture characteristics of multi-size carbon fibers reinforced concrete – Mohammed Abdellatef, University of New Mexico
376 Waves as a trigger for multiscale, multi-physics instabilities – Klaus Regenauer-Lieb, The University of New South Wales
Session 2.4 Rate and Cyclic Effects on Creep
Chair Madura Pathirage
161 Microstructural dynamics of thermally induced creep in cohesionless soils – Jibril B. Coulibaly, Northwestern University
184 Comparison of long-term strain development of concrete due to creep and cyclic loading – Bianca Kern, Leibniz University Hannover
385 Modeling rate sensitivity in soils with multiple viscous mechanisms – Zhenhao Shi, Tongji University
240 Viscous flow of salt sheets and its interaction with basin sediments – Maria Nikolinakou, The University of Texas at Austin
Session 3.4 Concrete
Chair Enrico Masoero
341 Tridimensional long-term finite element analysis of reinforced concrete structures – Giovanni Di Luzio, Politecnico di Milano
208 Mesoscale simulation of effect of multi directional rebar arrangement on corrosion cracking pattern in concrete panel using 3D RBSM – Suhas Joshi, The University of Tokyo
212 Investigating the effect of concrete cover and stirrup confinement on pull-out behavior of corroded reinforcement using mesoscale 3D discrete analysis – Kumar Avadh, University of Tokyo
248 In situ measurement of chloride ion transport through concrete by prompt gamma neutron activation – Richard Livingston, University of Maryland
363 Revamp of Creep and Shrinkage NU Database – Vit Smilauer, Czech Technical University in Prague
296 Monitoring of elastic modulus evolution on concrete with a low-cost test system – Renan Ribeiro, Universidade de Brasília
Session 4.4 Poromechanics, Part 2
Chair Steve WaiChing Sun
414 Role of fluid imparted shear shear stress on progression of bone metastasis of prostate cancer in porous 3D scaffolds – Kalpana Katti, North Dakota State University
209 Detection and monitoring of hydromechanical instabilities in geomaterials: fingering and strain localization – Rana Al Nemer, Ecole Centrale de Nantes
346 Simulation of partially drained deformation processes in fluid-saturated crushable sand – Ritaja Ray, Northwestern Unversity
262 Replacing Biot – an energy-conserved model of poroelasticity – Gary Couples, Heriot-Watt University
379 Hydromechanical modeling of anisotropic elastoplastic media with double porosity – Yang Zhao, Stanford University
229 Dynamic capillarity effect on drying and shrinkage of concrete – Yuliang Zou, Ecole Centrale de Nantes
Session 5.4 Waves and Dynamic Effects
Chair Gianluca Cusatis
182 The role of wettability in wave propagation in partially saturated granular material – Jimmy Li, Curtin University
219 Numerical interpretation of laboratory measurements of attenuation and dispersion in a multiphase saturated sandstone – Samuel Chapman, University of Lausanne
281 Towards a rock physical model for fine grained permafrost: Insights from velocity and NMR measurements – Leonardo Teixeira Pinto Meireles, Technical University of Denmark
400 Morphological implications on microstructure of armor ceramics to enhance ballistic performance – Lori Graham-Brady, Johns Hopkins University
223 Ultrasonic measurements in fluid-saturated carbonate rocks at different confining pressures: when is Biot-Gassmann’s equation valid? – Elisabeth Bemer, French Institute of Petroleum
374 Signatures of slow shear wave in poroelastodynamics – Gabriel Mejia, Centro de Investigación Científica y de Educación Superior de Ensenada
Session 6.4 Atomistic, Granular, and Particle Approaches, Part 1
Chair Jose Andrade
224 Micro-scale modeling of granular solids with a Level Set shape description – Jerome Duriez, INRAE, Aix Marseille Univ, RECOVER
207 Atoms-to-beam homogenization, applied to DNA – Johannes Kalliauer, Technische Universität Wien
402 KMC simulations of dissolution of cements: effect of stress-induced defects on mechanisms and rates – Kumaran Coopamootoo, Newcastle University
231 Derivation of all thermo-poro-mechanical moduli from atomistic fluctuations – Laurent Brochard, Laboratoire Navier
255 DFT-to-hyperelasticity upscaling of graphene under large deformations – Christian Hellmich, Technische Universität Wien
268 Microscale Lattice Discrete Particle Model for chemo-mechanical behavior of cementitious materials – Ying Zhang, Rensselaer Polytechnic Institute