Kyle Niemeyer (@kyleniemeyer)

Top repositories

1

computational-thermo

This is a collection of examples in computational thermodynamics.
Jupyter Notebook
57
star
2

gas-dynamics-notes

Notes and material for ME 461/561 Gas Dynamics course
Jupyter Notebook
20
star
3

ME373-book

Electronic book for ME 373
Jupyter Notebook
11
star
4

rocket-propulsion

Notes and material for Rocket Propulsion course
Jupyter Notebook
11
star
5

irrev_mech

Python utility that converts Chemkin-format chemical reaction mechanism with reversible reactions into one with only irreversible reactions
Python
7
star
6

RoCt

🚀 Rocket calculations in Python using Cantera
7
star
7

laplace_gpu

Laplace solver running on GPU using CUDA, with CPU version for comparison
C
7
star
8

create_rate_subs

Create hardcoded species and reaction rate subroutines from Chemkin-style mechanisms
Python
7
star
9

space-systems-notes

Notes and material for Space Systems Engineering course
Jupyter Notebook
6
star
10

gasdynamics

Notebooks for Gas Dynamics course
Jupyter Notebook
5
star
11

lid-driven-cavity_gpu

Solves lid-driven cavity problem using finite difference method on GPU, with equivalent CPU version for comparison.
Cuda
2
star
12

gas-dynamics

Notebooks for ME 461/561: Gas Dynamics
Jupyter Notebook
2
star
13

test-docs

Python
2
star
14

software-citation-challenge-paper

Short challenge paper for ACM JDIQ on challenge of software citation
TeX
1
star
15

laminarSMOKE

OpenFOAM-based solver for laminar reacting flows with detailed kinetic mechanisms
C
1
star
16

2012-04_Stanford_CME213

Introduction to parallel computing using MPI, openMP, and CUDA
C++
1
star
17

research-software-dev-modules

JavaScript
1
star
18

dynamics-book

Online book for undergraduate dynamics course
Jupyter Notebook
1
star
19

2021-flame-structure-diffusion

Data, plotting scripts, and figures associated with paper diffusion model impacts on flame structure
MATLAB
1
star
20

example-jupyterbook

Example JupyterBook repo
Jupyter Notebook
1
star
21

ME373

Teaching material for ME 373 Mechanical Engineering Methods
1
star