Applied Mathematics and Materials
Computational Low-Energy Electron Diffraction
Multiscale and Mesoscopic Modeling of Materials
Material/Topology Optimization
Renewable Energy and Energy Efficiency
Modeling/Simulation of Renewable Energy Technologies: Photovoltaics, Electrochemical Energy Storage
Predicting Renewable Energy and Energy Efficiency Policy and Market Effects
Data Science for Energy
Smart Metering and Energy Efficiency
Electrical Grid Reliability and Pricing
Mathematical Physics
Ionization in (Time-Dependent) Quantum Systems
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
- MATH 425: Calculus I
- MATH 425H: Honors/Calculus I
- MATH 426H: Honors/Calculus II
- MATH 527: Diff Equation w/Linear Algebra
- MATH 528: Multidimensional Calculus
- MATH 531: Mathematical Proof
- 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
