Pinned Repositories
awesome-python-applications
💿 Free software that works great, which also happens to be open-source Python.
Awesomes-Civil-engineering
Breakwaters
A COMPARATIVE STUDY ON THE STABILITY FORMULAS OF RUBBLE MOUND BREAKWATERS
cgal
The public CGAL repository, see the README below
fem-book
geomechanics-Quang-Japan
Basic tutorials for geomechanics
hhc2tech.github.io
:sparkles: Build a beautiful and simple website in literally minutes. Demo at http://deanattali.com/beautiful-jekyll
MATLAB-Toolbox
This toolbox includes Distmesh, Mesh, NURBS, NURL, QuadNurbs, SurfaceIntersection, Trimming and TriNurbs Toolbox， where the Distmesh, NURBS and SurfaceIntersection toolboxes are accomplished by Per-Olof Persson and Gilbert Strang (A Simple Mesh Generator in MATLAB, SIAM Review Vol. 46 (2) 2004), D.M. Spink and Penguian (https://www.mathworks.cn/matlabcentral/fileexchange/26390-nurbs-toolbox-by-d-m-spink), Tomas Möller (A Fast Triangle-Triangle Intersection Test, Journal of Graphics Tools, 2(2)).
mpm
An implementation of the Material Point Method for viscoelastic simulation using Affine Particle-In-Cell.
waveTheory
wave generation BC introduces several new features such as active wave absorption and a specific module to replicate laboratory wavemakers. It has been coded from scratch to realistically generate waves at the boundaries according to a number of wave theories, including: Stokes I, II and V, cnoidal and streamfunction regular waves; Boussinesq solitary wave; irregular (random) waves, first and second order; and piston-type wavemaker velocity profile replication. To choose among wave generation theories it is advised to use the classic graph by Le M´ehaut´e (1976), shown in figure 2.1. This graph can be easily applied by means of the preprocessing tool located in your Reference folder, called waveTheory. Running the script will require wave height (H), water depth (h) and wave period (T), and the output is a Le M´ehaut´e (1976) graph with your wave state marked as a point
hhc2tech's Repositories
hhc2tech/waveTheory
wave generation BC introduces several new features such as active wave absorption and a specific module to replicate laboratory wavemakers. It has been coded from scratch to realistically generate waves at the boundaries according to a number of wave theories, including: Stokes I, II and V, cnoidal and streamfunction regular waves; Boussinesq solitary wave; irregular (random) waves, first and second order; and piston-type wavemaker velocity profile replication. To choose among wave generation theories it is advised to use the classic graph by Le M´ehaut´e (1976), shown in figure 2.1. This graph can be easily applied by means of the preprocessing tool located in your Reference folder, called waveTheory. Running the script will require wave height (H), water depth (h) and wave period (T), and the output is a Le M´ehaut´e (1976) graph with your wave state marked as a point
hhc2tech/Awesomes-Civil-engineering
hhc2tech/Breakwaters
A COMPARATIVE STUDY ON THE STABILITY FORMULAS OF RUBBLE MOUND BREAKWATERS
hhc2tech/Albany
Sandia National Laboratories' Albany multiphysics code
hhc2tech/awesome-love2d
A curated list of amazingly awesome LÖVE libraries, resources and shiny things.
hhc2tech/awesome-lua
A curated list of quality Lua packages and resources.
hhc2tech/BDA_course_Aalto
Bayesian Data Analysis course at Aalto
hhc2tech/BDA_m_demos
Bayesian Data Analysis demos for Matlab/Octave
hhc2tech/BDA_py_demos
Bayesian Data Analysis demos for Python
hhc2tech/BDA_R_demos
Bayesian Data Analysis demos for R
hhc2tech/books
Awesome Books
hhc2tech/CFDPython
A sequence of Jupyter notebooks featuring the "12 Steps to Navier-Stokes" http://lorenabarba.com/
hhc2tech/cplusplus-beginners
hhc2tech/CppNumericalSolvers
L-BFGS-B for TensorFlow or pure C++11 and other optimization methods
hhc2tech/ebookMLCB
ebook Machine Learning cơ bản
hhc2tech/flot
Attractive JavaScript charts for jQuery
hhc2tech/Geomechanics.jl
Package that allow to make basic Geomechanics Analysis
hhc2tech/GeomechanicsJupyter
This repository contain notes and python files that exemplify applications of geomechanics
hhc2tech/IEA-15-240-RWT
15MW reference wind turbine repository developed in conjunction with IEA Wind
hhc2tech/jakevdp.github.io
Pythonic Perambulations website. Source at http://github.com/jakevdp/jakevdp.github.io-source
hhc2tech/JKQtPlotter
an extensive Qt4/Qt5 Plotter framework (including a fast variant and a LaTeX equation renderer!), written fully in C/C++ and without external dependencies
hhc2tech/Lua
Lua Addons and Scripts
hhc2tech/Machine-Learning-Yearning-Vietnamese-Translation
hhc2tech/matplotlib-cpp
Extremely simple yet powerful header-only C++ plotting library built on the popular matplotlib
hhc2tech/ml-glossary
Machine learning glossary
hhc2tech/moodyAPI
The API of Moody: A dynamic mooring library used for coupled station-keeping simulations in OpenFOAM and other hydrodynamic codes.
hhc2tech/NUMERICAL-COMPUTING-METHOD-APPLICATION
Platform: Android (Scientific Programming) This Mobile App is for Numerical Computing/Analysis Method, it is based on the theory of approximation techniques based on iteration for solving complex mathematical problems while considering extent of potentials errors. We have implemented such design for mobile app which is able to solve the complicated scientific mathematical problem. The user just need to enter the value of variables and constants of the equation to solve the problems.
hhc2tech/numerical-tours
Numerical Tours of Signal Processing
hhc2tech/Stats-Maths-with-Python
General statistics, mathematical programming, and numerical/scientific computing scripts and notebooks in Python
hhc2tech/SymbolicStokesWave
A Mathematica code for solving Stokes wave in the Eulerian and Lagrangian descriptions