Student Poster Competition

Sponsored by the Springer Journal: Engineering with Computers, the student poster competition will take place on Tuesday, July 25 from 4-5:30pm in both the Upper Level West and Lower Level East of the Convention Center.

Student Poster Competition Entries

200: Computational Biological Systems (Upper Level West)

201	Debabrata Auddya	A Continuum Framework for Modeling Mechano-Chemical Interactions Underlying Neuronal Deformation and Injury
202	Diego Sainz-DeMena	Modeling Neuroblastoma Tumor Evolution
203	Maahi Talukder	Exploring the Nexus of Epithelial Mechanics and Cell-Cell Adhesion: Insights from Tissue-Level Investigations
204	Javiera Jilberto	A Data-Driven Computational Model of Engineered Heart Tissues
205	Shruti Motiwale	High-Speed Cardiac Simulations Using a Neural Network Finite Element Approach
206	Joseph Sgarrella	Biomimetic Coordination Rules for Swarm Robotics
207	Skyler St. Pierre	Automated Discovery of Ogden-Type Constitutive Models for Brain Tissue Using Constitutive Artificial Neural Networks
208	Yuanxin Xiao	Mechanical Response of Spicule Nested Structure
209	Manik Kumar	Machine Learning for Bio-Inspired Lattice Models

300: Computational Fluid, Solid and Structural Mechanics (Upper Level West)

301	Bruno Alves Ribeiro	Graphs or Subgraphs? A Comparative Analysis of Graph Neural Networks for Stress Prediction
302	Gyohyeon Song	Virtual Reconstructive Surgery Simulation with Patient-Specific Modeling
303	Md Tusher Ahmed	Interlayer Dislocations in Large Twist Bilayer Graphene and 2D Heterostructures
304	Donald Bistri	A Continuum Electro-Chemo-Mechanical Theory Coupled with Damage: Application to Li-Filament Growth in All-Solid-State Batteries
305	Thinh Dang	Nonlocal Wave Equation on Periodic Distributions
306	David Failla	Ballistic Modeling Efficacy of Multiple Multi-Physics Codes with Particle Conversion
307	Gil Himmelhoch	The Deep Quench Obstacle Problem: Topologycal and Dynamical Transitions
308	Yangyuanchen Liu	A Model-Based Simulation Framework for Coupled Acoustics, Dynamics, and Damage with Application to Nano-Pulse Lithotripsy
309	Thirupathi Maloth	Coupled Crystal Plasticity Phase-Field Model for Ductile Fracture in Polycrystalline Microstructures
310	Ryan McAvoy	Closed-Form Crack Kink Transformations of Arbitrary Terms of Williams Expansion
311	Bo Zeng	Influence of Material Properties and Fracture Properties on Crack Nucleation and Growth in Thin Films
312	Sina Abrari Vajari	Phase Field Fracture Modeling of Concrete in Generalized Continua
313	Yujia Tian	Highly Consistent Responses of Rippled Antimonene Under Compressive Deformation
314	Qianqian Zhao	Micromechanics of Void Nucleation Revealed by Molecular Dynamics Simulations of Particle Delamination in Aluminum

400: Data-Driven Modeling and Uncertainty Quantification (Lower Level East)

401	Joan Ejeta	A Machine Learning Approach to Predict the Corrosion Rate of CO2 Transport Pipelines
402	Bram van der Heijden	Frankenstein's Data-Driven Approach to Model-Free Mechanics
403	Zaid Aldirany	Approximating the Operator of the Wave Equation Using Deep Learning
404	V Mithlesh Kumar	Towards a Unified Bayesian Model Selection Workflow for Geophysical Free-Surface Flow
405	Antonin Paquette-Rufiange	Optimal Design of Validation Experiments for the Numerical Prediction of Quantities of Interest
406	Seth Strayer	Computational Fluid Dynamics Imposed Finite Element Method (CIFEM) for Accelerating High-Fidelity Thermal Process Simulation of Laser Powder Bed Fusion Additive Manufacturing
407	Vahidullah Tac	Physics-Constrained Data-Driven Anisotropic Finite Viscoelasticity Using Neural ODEs
408	Jingye Tan	A Scalable Algorithm for Multi-Material Design of Thermal Insulation Components Under Uncertainty
409	Zahra Zanjani Foumani	Multi-Fidelity Bayesian Optimization for Materials Design
410	Shishir Barai	Dimensionality Reduction of Nanoparticles Reinforced Ice Microstructures
411	Shenglin Huang	A Multiscale Machine Learning Strategy for Predicting Continuum Evolution from Microscopic Stochastic Data
412	Carlos Mora	Probabilistic Neural Data Fusion for Learning from an Arbitrary Number of Multi-Fidelity Data Sets
413	Harikrishnan Vijayakumaran	Hybrid Machine Learning for Constitutive Modeling of Multiphase Hyperelastic Materials
414	Yanrong Xiao	A Bayesian-Based Uncertainty Quantification Framework for Multiscale PUCDM Model of Unidirectional Composites

500: Specialized Methods in Computational Mechanics (Upper Level West)

501	Abdelrahman Alsardi	Isogeometric Material Point Method
502	Nozomi Magome	Thorough Verification of B-Spline Based S-Version of Finite Element Method
503	Indrajeet Sahu	A Novel 3D Surface-to-Surface Unbiased Contact Algorithm for Penalty Method Solution of Frictional Contact Problems
504	Fangyao Zhu	Well-Balanced Positivity-Preserving Discontinuous Galerkin Methods for Euler Equations with Gravitation
505	Hua Tong	Generating Planar Unstructured Quadrilateral Control Mesh for IGA with Advancing Front Method and Neural Networks
506	Andre Costa	Three-Dimensional Hydraulic Fracture Simulation with the Multi-Resolution Method
507	Xuan Hu	On the Peierls-Rice-Beltz Nonlocal Continuum Model and Simulations of Mesoscale Dislocations (Slips) and Shear Cracks
508	Yu-Tim Lin	Contact Algorithm for Coupling of the FEM with MPM for Dynamic Analysis Problems
509	Cameron Rodriguez	A Stabilized Material Point Method and its Application to Submarine Hull Fracture Analysis
510	Caglar Tamur	A Bond-Based Peridynamics Model for Polymeric Material Fracture Under Finite Deformation
511	Kripa Adhikari	Adjoint-Based Sensitivity Analysis for Thermal Regulation via Fluid Flow in Thin Vascular Systems
512	Osama Muhammad Raisuddin	qMG: Quantum Multigrid Algorithm

600: Advanced Manufacturing, Materials, and Multiscale Methods (Lower Level East)

601	Xiaoxiao Ding	Unravelling the Mechanics of Knitted Fabrics Through Hierarchical Geometric Representation
602	Prajwal Kammardi Arunachala	Multiscale Phase Field Mixed formulation for Predicting Fracture Behavior in Incompressible Rubber-Like Materials
603	Sahil Wajid	A Microvoid Coalescence Criterion and Hybrid Model Accounting for Strain Hardening
604	Xavier Hebol D Cruze	Multiscale Modeling of Sintering Process in Ceramic Additive Manufacturing
605	Zixun Li	Phase-Field Modeling of Grain Evolution in Friction Stir Processing and Additive Manufacturing
606	Aslan Nasirov	Towards Achieving High Efficiency in Reduced Order Modeling for Large Scale Polycrystal Plasticity Simulations
607	Michael Zakoworotny	Multiphysics Modeling of Thermoset Polymer and Composite Frontal Polymerization-Based Additive Manufacturing
608	Yurui Zhang	Stress Dependence of Dislocation Dynamics in FCC Metals
609	Mason Jones	Analyzing and Tuning a Fast Machine Learning Based Surrogate Microstructure Model for LPBF
610	Kuanren Qian	Residual Deformation Learning and Mitigation for Component Printability Enhancement
611	Marwa Yacouti	Deep Learning Approaches for the Prediction of the Full-Field Stress in Fiber-Reinforced Composites
612	Kunwar Abhikeern	Multi-Scale Modeling of Unsteady Thermal Transport using Boltzmann Transport Equation with FEM
613	Vamsi Subraveti	Lack-of-Fusion Porosity Prediction Integrated into Monte Carlo Framework for Additively Manufactured Ti-6Al-4V
614	Preetam Tarafder	Cohesive Zone Enhanced Phase-Field Model for Electromechanical Fracture in Nonuniform Piezoelectric Composites

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Select your first choice for the track to which you are submitting your poster.

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Select your second choice for the track to which you are submitting your poster.

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If not making an oral presentation, provide an abstract (400 word maximum).

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Student Poster Competition

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