2018 AIChE Annual Meeting

Session: Interactive Session: Applied Mathematics and Numerical Analysis

Poster presentations in all areas related to numerical methods, computational aspects and/or simulation techniques, mathematical modelling and their applications in chemical engineering are invited.

Chair

Ford Versypt, A. N., Oklahoma State University

Co-Chair

Puranik, Y., The Optimization Firm

Presentations

03:30 PM

(182j) Mechanical Perturbation Approach for Treating Cardiac Arrhythmias
(182k) The Impact of Glottis Opening on Drug Aerosol Delivery in a Subject-Specific Lung-Airway Model: A Numerical Study
(182m) Rigorous Parameter Estimation for Model Validation in Oncological Systems
(182s) Metabolites from Blood Samples of Pregnant Mothers Predict Autism Risk
(182g) HPC Modeling and Simulation of Mass Transport in Wavy Falling Liquid Films
(182h) Autotuning with Derivative-Free Optimization
(182n) An MCMC-Based Approach to Inferring Cell Counts in Diseased Tissue
(182o) Optimization in Cancer Therapeutics: Model Integration for Tumor Dynamics and Myelosuppression to Predict Chemotherapy Dosing Profiles
(182f) Multi-Objective Optimization of Cchp Systems Using Particle Swarm Algorithms
(182p) Modeling Heat Transfer Using an Integral Equation Approach Via Green’s Function: Application to Cancerous Tumor Undergoing Hyperthermia Treatment
(182a) A Combined Graphical / Algebraic Method for Model Reduction and Analysis of Chemical Reaction Networks: Application to Atomic Layer Deposition Process
(182q) A Modeling Framework to Characterize Kinetics, Efficacy and Toxicity of Hydroxyurea Based Treatment of Individual Sickle Cell Disease Patients
(182r) Customized Robust Optimal Dosage Determination in the Face of Uncertainties for IVF Practices
(182l) Investigating LecA Binding Mechanisms with a Cellular Membrane Containing Multiple Types of Receptors Via Kinetic Monte Carlo Simulation
(182b) Optimal Solar Cell Configuration Under Partially Shaded Conditions
(182t) An Ontology-Based Automated Generation of Training Scenarios: Development of Process Safety Rule Engine
(182i) Construction of a Semi-Stochastic Intracellular Signaling Model Via Global Sensitivity Analysis and Probability Density Estimation