Profile

Barrett Potter

Associate Department Head, Materials Science and Engineering | Professor, Optical Sciences | Professor, Materials Science and Engineering | Member of the Graduate Faculty

Materials Science & Engr

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Overview

Research

Making It.....Green: 3D Printing and the Environment
Fundamentals of Materials for Engineers
Introduction to Materials Science and Engineering I
Materials for Sustainability
Make It...Green! 3-D Printing and the Environment

Page 1 of 3

Student Thesis/Dissertation(5)

Technologies & Patents(5)

Nonlinear Ultrasonic Techniques for In-Situ Process Monitoring of AM Components
2019·Technology
Improved Fused Filament Deposition 3D Printing Using Filaments Coated With Thermoreversible Thermosets
2018·Technology
Additive Manufacturing Using Laser Reactive Sintering of Mixtures of Metallic Powders and Sulfur
2018·Technology
3D Printing Using Peroxide Bearing Powdered Materials as Catalyst/Fillers
2017·Technology
3D Filament Printing of Thermoreversible Thermoset Filaments with a Delayed Cure
2017·Technology

People

Profile

Barrett Potter

Courses(11)

Making It.....Green: 3D Printing and the Environment

Fundamentals of Materials for Engineers

Introduction to Materials Science and Engineering I

Materials for Sustainability

Make It...Green! 3-D Printing and the Environment

Student Thesis/Dissertation(5)

Characterization and Application-Relevant Testing of Vacuum Infiltrated (VI) Graphite Parts

Methods of Utilizing Earth-Abundant and Lunar Minerals in Material Extrusion-Based Additive Manufacturing

Synthesis and Reduction of Copper-Coagulated, Graphene Oxide, Free-Standing Thin Films

Electrocoagulation Driven Fabrication of Metal-Ion-Containing Graphene Oxide Films

Towards Increased Photovoltaic Energy Generation Efficiency and Reliability: Quantum-Scale Spectral Sensitizers in Thin-Film Hybrid Devices and Microcracking in Monocrystalline Si

Technologies & Patents(5)

Nonlinear Ultrasonic Techniques for In-Situ Process Monitoring of AM Components

Improved Fused Filament Deposition 3D Printing Using Filaments Coated With Thermoreversible Thermosets

Additive Manufacturing Using Laser Reactive Sintering of Mixtures of Metallic Powders and Sulfur

3D Printing Using Peroxide Bearing Powdered Materials as Catalyst/Fillers

3D Filament Printing of Thermoreversible Thermoset Filaments with a Delayed Cure