Search Results for "finite element in java" - Page 5
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Showing 344 open source projects for "finite element in java"
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Template Code Set for JModelica
This is a template Python code set to use JModelica easily.
This is a template Python code set which makes it easy to use JModelica to solve optimal control problem. The template includes a sample model definition file (opt_definition.mop) and a .bat file (run_me.bat) to start its calculation. After download the template, immediately you can run JModelica by only double-clicking run_me.bat file, and obtain the optimization result. Please go to the page given below for the information of how to start to use this and its details. -
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varcgnlww2d-sv
Nonlinear Gravity Water Waves 2D (SV)
Variational finite element code for 2D nonlinear gravity water waves with Stormer-Verlet time integration. -
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Qfsm
A graphical Finite State Machine (FSM) designer.
A graphical tool for designing finite state machines and exporting them to Hardware Description Languages, such as VHDL, AHDL, Verilog, or Ragel/SMC files for C, C++, Objective-C, Java, Python, PHP, Perl, Lua code generation. -
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Impact is an explicit Finite Element Program Suite which simulates dynamic impact events. It has a range of elements, contact handling and different material laws. Models can be created, solved and analyzed with the included pre- and postprocessor. Impact is based on an Explicit Time stepping algorithm. These kind of codes are used to simulate dynamic phenomena such as car crashes and similar, usually involving large deformations.
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CALFEM is an interactive computer program for teaching the finite element method (FEM). The name CALFEM is an abbreviation of "Computer Aided Learning of the Finite Element Method".
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This is a set of regular grammar inference libraries. It contains tools to visualise the resulting grammar as a finite state machine and to actively contribute to the inference process. The repository has now moved to https://github.com/kirilluk/statechum
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Korat2015
Enhanced Korat supports GUI, FSM, JUNG and JSON.
Korat is a tool for constraint-based generation of structurally complex test inputs for Java programs. Please see http://korat.sourceforge.net/index.html for more information on the Korat application. Korat 2015 includes the below enhancements to Korat: - Graphical User Interface using Java Swing - Graph Output Format using JUNG (Java Universal Network/Graph Framework) - Finite State Machine Domain - Graph Archival using JSON (JavaScript Object Notation) The Wiki page has... -
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wxFES
A rather simple finite element software implementation
wxFES is the free porting of the finite element c++ code that I started implementing during the last year of my PhD studies in Electromagnetics at the University of Florence. The goal is to provide the building blocks for an efficient and easy to use finite element code, starting from electromagnetics problems formulations -
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Products of the project: Java HTMLParser - VietSpider Web Data Extractor - Extractor VietSpider News. Click on "Show project details" to see more feature about each product.
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Atomic Mass
An element info utility.
This is a Java based utility using which you can view elements and their atomic masses by entering just the atomic number. Currently 104 elements are in its database. -
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The Moving Finite Elements project hosts a collection of simulation codes for time-dependent PDE systems that implement various forms of Keith Miller's gradient-weighted moving finite element (GWMFE) method. The Calliope sub-project aims to provide new reference implementations in modern object-oriented Fortran. Click on the Calliope tab on the main project menu bar.
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Abaqus Implementation of Phase Field
Abaqus implementation of phase--field model for brittle fracture
A phase-field model for brittle fracture is implemented in the commercial finite element software Abaqus by means of UEL subroutine. The phase-field method considerably reduces the implementation complexity for fracture problems as it removes the need for numerical tracking of discontinuities in the displacement field that are characteristic of discrete crack methods. This is accomplished by replacing the sharp discontinuities with a scalar damage phase-field representing the diffuse crack... -
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TE-locate
a tool for calling transposons
TE-locate is a tool to locate all copies of sequences in a reference sequence using read-pairs. TE = Transposable Element Input is NGS-data. Please download all files first (including the demo data) and make your first run then. -
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turing machine simulation
turing machine simulation with gui
A turing machine simulation. With infinite tape, and finite states of instructions, finite symbols language. Full operational, complete. Coded with reference to http://en.wikipedia.org/wiki/Turing_machine. Have fun! -
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ArchNURBS
NURBS-based elastic and limit analysis of masonry arches in MATLAB
ArchNURBS is a MATLAB tool for the analysis of planar curved structures, with a particular attention to masonry arches. As in CAD softwares, the geometry of the model is defined by a NURBS representation of the structure. Indeed, the user can upload geometries imported from a CAD environment. Based on such a representation, ArchNURBS performs the elastic isogeometric finite element analysis and the collapse limit analysis of the structure. It is possible to include in the analysis the presence... -
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YAFEMS
Yet Another Finite Element Method Solver
YAFEMS (Yet Another Finite Element Method Solver) is a FEM solver for Linux and WIndows that reads a MED mesh file produced by Salome (http://www.salome-platform.org/) with certain groups created into the mesh, and with the help of an input text file (.yaf), performs a 3D or 2D plane stress or plane strain analysis and creates results in plain text format and in MED format. This way a complete analysis can be carried inside Salome, where a mesh file can be created, exported and read... -
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A package for solving time-harmonic wave equations. ngs-waves is based on the NGSolve finite element library and compatible to Netgen/ NGSolve versions 5.1 and 5.2. (branch HSM 5.2), version 5.3 (branch HSM 5.3)
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XSimula
Finite element thermal modelling program
Xsimula FEA is a thermal modelling heat transfer program. Free for academic use. Easy to learn. Xsimula FEA Solves 2D heat transfer problem in multiple materials with linear or non-linear properties. It allows the heat transfer into, out-of and through systems to be accurately modelled including the effects of conduction, convection and radiation, and provides a comprehensive Steady-State and Transient FEA Thermal Analysis & Design services. -
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EAS-Framework
Old Repository of the Easy Agent Simulation (deprecated since Nov. 14)
Check out the new project site on Sourceforge: https://sourceforge.net/projects/easyagentsimulation/ (as of Nov. 15. 2014, this site is depricated.) EAS is a Java-based simulation platform, developed as part of a research project at the Karlsruhe Institute of Technology. It comes with a broad range of pre-developed simulation scenarios, ranging from virtual agents acting in abstract environments to agents with a spatial representation in 2D or 3D. It is built upon a novel architecture using... -
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A Java WEB application framework featuring: Flows (ie. components designed as finite state-machines usable as subflows, modal dialogs and components), a rendering engine able to refresh only changed parts of a web page via Ajax, and much much more ...
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BoneSlicer
Experimental G-Code-Generator for variable density infill in FFF parts
BoneSlicer is an experimental G-Code-Generator written in Java that allows creating load-adapted infill for 3D printed (FFF) parts, inspired by the adaptive structures of trabecular bone tissue. It uses a simple structural Finite Element Analysis to determine the distribution of mechanical stress within the part and offers tools to generate an infill structure consisting of multiple subareas of varying infill density. Subdivision of the infill area can be based on a broad spectrum of FEA result... -
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Advanced Numerical Instruments 2D
Advanced numerical instruments: adaptive meshing, FE methods, solvers
Ani2D provides portable libraries for each step in the numerical solution of systems of PDEs with variable tensorial coefficients: (1) unstructured adaptive mesh generation, (2) metric-based mesh adaptation, (3) finite element discretization and interpolation, (4) algebraic solvers. -
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OGFEM1d
A simple one-dimensional example of the OGFEM
We apply the Orthonormalized Generalized Finite Element Method (OGFEM) to the one-dimensional inhomogeneous modified Helmholtz equation and compare its performance with the traditional Finite Element Method (FEM). The OGFEM avoids loss of accuracy by modifying the basis such that it results in a system matrix with a condition number which is significantly lower in comparison with the condition numbers obtained by the GFEM/XFEM or SGFEM/SXFEM. Consequently, enriched basis functions can... -
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MT2D
An 2D magnetotellurics finite element solver using unstructured grids
MT2D is a two dimensional magnetotellurics or raido magnetotellurics forward modeling software. In terms of unstructured grids, it can deal with arbitrarily complicated models, including the surface topographies. It allows for arbitrary distributions of conductivity, permittivity and permeability. In addition, it offers two algorithms: the total field approach and the secondary field approach. At present, most of 2D MT modeling codes are developed in terms of Matlab or FORTRAN and... -
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Calliope
A modern Fortran GWMFE implementation for time dependent PDE systems
A modern Fortran implementation of the gradient-weighted moving finite element (GWMFE) method for time-dependent PDE systems. This is a new effort in the early stages of development; see NEWS for the latest status of the project.