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Releases: ICME-India/MicroSim

MicroSim-5.0

18 Jul 07:45
@chirantandip chirantandip

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With LBM based Flow modules and Applied stress elasticity. And AMReX multi-level adaptive mesh.

Assets 2
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MicroSim-v2.6.1

19 Mar 05:09
@attarnasir attarnasir

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Released version 2.6.1 of MicroSim for the National Supercomputing Mission project by the Govt of India. Enhancements include improved performance for simulating microstructure evolution using Phase Field technique. Connect with us on LinkedIn for more updates: https://www.linkedin.com/company/microstructure-simulator/

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MicroSim Release 4.0

21 Feb 07:30
@tanmay2022 tanmay2022
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This release contains the updates till the 4th workshop during January, 2024.

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MicroSim Release 3.0

09 Jul 07:53
@swapnilbhure swapnilbhure

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Final version 3.0

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Third release

26 Jun 11:25
@tanmay2022 tanmay2022

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Third release Pre-release
Pre-release

This is a prerelease version before the third workshop. The attendees can download the packages by expanding Assets below. However, this release is subjected to get updated till the day of workshop.

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MicroSim Second Release

29 Jul 12:02
@swapnilbhure swapnilbhure

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v2.0
Makefile fix
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MicroSim first release

04 Nov 08:27
@ICME-India-Initiative ICME-India-Initiative
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This is the first release of our phase-field software stack consisting of different phase-field models utilizing separate discretization strategies as well as the flexibility to run on different computing hardware(CPU and GPUs). The phase-field models include the Grand-potential formalism, Kim-Kim Suzuki as well as the Cahn-Hilliard descriptions. The discretizations include FDM, FVM and FFT. The contributors are listed below:

Following is the list of the developers

• Tanmay Dutta (IISc, Bangalore) (OpenFoam solvers and documentation)
• Ajay Sagar (IISc) (Python wrapper and infile generator)
• Dasari Mohan, M.P. Gururajan, Gandham Phanikumar (IIT Bombay, IIT Madras) (KKS OpenCl and FFTW codes)
• Saurav Shenoy, Pankaj and Saswata Bhattacharyya (IIT Hyderabad) (KKS Nvidia-CUDA)
• Abhik Choudhury (IISc, Bangalore) (Grand-potential based solvers)

Acknowledgments for contributions from PhD/Master/UG students
• Sumeet Rajesh Khanna (PhD, IISc)
• Tushar Jogi (PhD, IIT Hyderabad)
• Gerald Tennyson (PhD, IIT Madras)
• Ravi Kumar Singh (M.Tech, IISc)
• Umate Kartik (BS, IISc)
• Bikramjit Karmakar (BS/MS IISc)

Contributors:

@tanmay2022
@gphanikumar
@AjaySagarR
@gururajanmp
@saswataiith
@SauravShenoyP
@pankajyadav0
@ICME-India-Initiative
@tushar-jogi
@ravikrsingh
@sumeet92k
@HemanthKumarSandireddy
@u-kartik
@bikramjitkarmakar

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