1. Optimal Design of Two-Phase Flow Channels for Additive Manufacturing Using Multi-Objective Genetic Algorithms Open Access Author: Evich, Nicholas Title: Optimal Design of Two-Phase Flow Channels for Additive Manufacturing Using Multi-Objective Genetic Algorithms Area of Honors: Mechanical Engineering Keywords: Homogeneous Equilibrium ModelAdditive ManufacturingGenetic Algorithms File: Download Evich_Nicholas_Thesis.pdf Thesis Supervisors: Matthew J Rau, Thesis SupervisorJean-Michel Mongeau, Thesis Honors AdvisorMary I Frecker, Thesis Supervisor
2. Optimal Design of Additively Manufactured Fin Topology for a Two-Phase Flow Channel Using Multi-Objective Genetic Algorithms Restricted (Penn State Only) Author: Luu, Anthony Title: Optimal Design of Additively Manufactured Fin Topology for a Two-Phase Flow Channel Using Multi-Objective Genetic Algorithms Area of Honors: Mechanical Engineering Keywords: finstopologyoptimizationheat transfergenetic algorithmtwo-phase flowmulti-objective optimizationadditive manufacturingmechanical engineering File: Login to Download Thesis Supervisors: Matthew J Rau, Thesis SupervisorAnne Elizabeth Martin, Thesis Honors AdvisorMary I Frecker, Thesis Supervisor