Applied Mathematics and Materials<br><br> Computational Low-Energy Electron Diffraction<br> Multiscale and Mesoscopic Modeling of Materials<br> Material/Topology Optimization<br><br>Renewable Energy and Energy Efficiency<br><br> Modeling/Simulation of Renewable Energy Technologies: Photovoltaics, Electrochemical Energy Storage<br> Predicting Renewable Energy and Energy Efficiency Policy and Market Effects<br><br>Data Science for Energy<br><br> Smart Metering and Energy Efficiency<br> Electrical Grid Reliability and Pricing<br><br>Mathematical Physics<br><br> Ionization in (Time-Dependent) Quantum Systems<br> Statistical Mechanics of Granular Materials
Dr. John McClain's Website
For a details biography please visit https://mypages.unh.edu/johnmcclain .
Courses Taught
- IAM 550: Intro to Engineering Computing
- INCO 425H: Hon/Calc and Phys Recitation
- MATH 425: Calculus I
- MATH 425H: Honors/Calculus I
- MATH 426H: Honors/Calculus II
- MATH 527: Diff Equation w/Linear Algebra
- MATH 645: Linear Algebra for Application
Selected Publications
McClain, J. F., Sun, J., Pohl, K., & Tang, J. -M. (2013). First-principles theory of low-energy electron diffraction and quantum
interference in few-layer graphene. Retrieved from http://arxiv.org/abs/1311.2917v1
