IITM Open Source Software


PNP Navier Stokes FOAM

OpenFOAM code to solve PNP+Navier-Stokes equations The EOF_Foam code is written to solve PNP+Navier-Stokes equations. The code was developed to study "Ion transport and electroosmotic flow in nanofluidic channels and nanopores". The code works for OpenFoam version 2.1.1.

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 Coordinator:
Vishal Nandigana
Mechanical Engineering
IIT Madras
 


IITM-FNPT2D

IITM-FNPT2D is a finite element based model for the simulation of fully nonlinear waves using Potential Theory. A simple, robust and fastest computational tool to estimate the fully nonlinear wave kinematics for very steep non-breaking waves.

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 Coordinator:
V. Sriram
Ocean Engineering
IIT Madras
 


Hierarchical Off-Diagonal Low-Rank Library

π™·π™Ύπ™³π™»πšπš•πš’πš‹ is a library consisting of fast matrix operations for matrices based on the Hierarchical Off-Diagonal Low-Rank (HODLR) structure. In the current version, the operations available are the matrix multiplication, solve, determinant computation and symmetric factorization.

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 Coordinator:
Sivaram Ambikasaran
Mathematics
IIT Madras
 


naturalFRUIT

naturalFRUIT is a Fortran-based unit-testing framework developed for Fortran programs. Designed as a standalone library with test fixture and assertion features, it supports test automation, concise reporting, and integrates well with popular continuous integration and deployment tools. A large number of complex test cases can easily be set up in a flexible environment with minimal learning time using naturalFRUIT.

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 Coordinator:
Ranjith Mohan
Aerospace Engineering
IIT Madras
 


FEST-3D

FEST-3D (Finite-volume Explicit STructured 3-Dimensional) is a CFD solver written in Fortran 90 for solving the Navier-Stokes equations on structured grids using state-of-the-art finite-volume methods. It is a modular, parallel, finite-volume code developed to solve laminar/transitional/turbulent flow problems in the field of aerodynamics.

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 Coordinator:
Santanu Ghosh
Aerospace Engineering
IIT Madras
 



IITM Open Source Software showcases the work of IIT Madras faculty members and their groups in High Performance Computing. It is powered by HPCE, Computer Center, IIT Madras.