Season 5
Episode 1 (September 3, 2022)
Emily D. Sanders
Assistant Professor
Georgia Tech.
Optimization-based design and advanced manufacturing of multiscale structures
Episode 2 (September 10, 2022)
Xiaoyue Ni
Assistant Professor
Duke University
Human-centered materials intelligence via epidermal electronics and active metamaterials
Episode 3 (September 17, 2022)
Jingyuan Chen
Instructor
Incoming Assistant Professor
Massachusetts General Hospital (MGH)
Harvard Medical School
Advancing neuroimaging to extract neural and physiological dynamics
Mohamed Abdelmeguid
Ph.D., UIUC
Postdoc, Caltech
Modeling of Earthquake Cycles with High Resolution Fault Zone Physics
Episode 4 (September 24, 2022)
Jakub Mikula
Scientist I,
Institute of High Performance Computing, A*STAR, Singapore
Phase field modelling of inelastic deformations and grain boundaries (nanocrystalline materials)
Lianne Brito
Ph.D.
University of Colorado Boulder.
Design and Construction of a Deformation Measurement System for Dynamic Centrifuge Modeling of Layered Liquefiable Soils
Episode 5 (October 1, 2022)
Victoria (Tori) Miller
Assistant Professor
University of Florida
Liquid Metal Embrittlement: Cracking open the disparate mechanisms
Episode 6 (October 8, 2022)
Estelle Berthier
Marie Skłodowska-Curie Individual Fellow
LMU MĂĽnchen
Nonlinear mechanosensation in fibrous networks
Xiaojia Wang
Postdoctoral Assistant Professor
University of Michigan
Reduced modeling and global instability of low-Reynolds-number flows through compliant microchannels
Episode 7 (October 15, 2022)
Archana Arbind
Assistant Professor
Indian Institute of Technology
General higher-order one dimensional and shell theories for pipe like soft structures using orthonormal’s moving frame with potential application in biomechanics
Vigneshwaran Radhakrishnan
Ph.D.
Texas A&M University
A Predictive Multisurface Approach to Damage Modeling in Mg Alloys
Episode 8 (October 22, 2022)
Valère Lambert
National Science Foundation Postdoctoral Fellow
University of California Santa Cruz
Scale dependence of critical stress for frictional rupture: Implications for earthquake statistics and inferences of fault stress
Shuna Ni
Assistant Professor
University of Maryland
A Risk-informed Framework for Evaluating the Structural Fire Safety of Buildings
Episode 9 (October 29, 2022)
Raudel Avila
Ph.D.
Northwestern University
A mechanics model for injectable electrochemical microsystems in drug delivery
Xingbo Yang
Postdoc
Harvard University
Biophysics of energy metabolism in vivo
Episode 10 (November 05, 2022)
Guangyu Bao
Research Scientist
SanaHeal Inc.
Fabrication and integration of microstructured tough hydrogels for biomedical use
Silvia Sellán
Ph.D.
University of Toronto
Breaking Good: Fracture Modes for Realtime Destruction
Episode 11 (November 12, 2022)
Dawa Seo
Postdoc
Los Alamos National Laboratory (LANL)
Particle Shape Evolution in the Crushable Sand during Confined Comminution
Luis Ruiz Pestana
Assistant Professor
University of Miami
Decoding the relationship between static structure and creep in glasses
Episode 12 (November 19, 2022)
Fang-Yi “Ida” Su
Postdoc
Georgia Tech and Emory School of Medicine
In vivo mRNA Delivery to Antigen-specific T cells by Antigen-presenting Nanoparticles
Lichao Fang
Postdoc
Stanford University
Physics and data-driven models of process, microstructure, and mechanical properties in metal additive manufacturing
Episode 13 (December 3, 2022)
Emma Lejeune
Assistant Professor
Boston University
Open Access Benchmark Datasets and Metamodels for Problems in Mechanics
Patrick Walgren
Postdoc
Air Force Research Laboratory
Nonlinear Substructures via Computational Plasticity for Efficient Design
Episode 14 (December 10, 2022)
Mengying Liu
Assistant Professor
Washington and Lee University
In situ investigation of hydrogen embrittlement in alloy 725
Yuwei Zhang
Postdoc
Texas A&M University
Ultra-high strain rate deformation of metals via nanoindentation
Episode 15 (December 17, 2022)
Manish Vasoya
Postdoc
Texas A&M University
Brittle-to-ductile transition in (notch) fracture toughness of
glasses as a manifestation of rate, age, and geometry.
Wei Wang
Ph.D.
Cornell University