Nasir Attar

Motivation: AMReX is a software framework, massively parallel, for block-structured adaptive mesh refinement (AMR) applications, with other features like particle-based simulations, embedded boundaries, etc., targeted for heterogeneous architectures developed under the Exascale computing project for application development. Its abstraction layer ensures immunity to different programming models for heterogeneous architectures on next generaton systems. There is a small community in India involved...

Motivation: AMReX is a software framework, massively parallel, for block-structured adaptive mesh refinement (AMR) applications, with other features like particle-based simulations, embedded boundaries, etc., targeted for heterogeneous architectures developed under the Exascale computing project for application development. Its abstraction layer ensures immunity to different programming models for heterogeneous architectures on next generaton systems. There is a small community in India involved...

Motivation: AMReX is a software framework, massively parallel, for block-structured adaptive mesh refinement (AMR) applications, with other features like particle-based simulations, embedded boundaries, etc., targeted for heterogeneous architectures developed under the Exascale computing project for application development. Its abstraction layer ensures immunity to different programming models for heterogeneous architectures on next generaton systems. There is a small community in India involved...

Motivation: AMReX is a software framework, massively parallel, for block-structured adaptive mesh refinement (AMR) applications, with other features like particle-based simulations, embedded boundaries, etc., targeted for heterogeneous architectures developed under the Exascale computing project for application development. Its abstraction layer ensures immunity to different programming models for heterogeneous architectures on next generaton systems. There is a small community in India involved...

Motivation: AMReX is a software framework, massively parallel, for block-structured adaptive mesh refinement (AMR) applications, with other features like particle-based simulations, embedded boundaries, etc., targeted for heterogeneous architectures developed under the Exascale computing project for application development. Its abstraction layer ensures immunity to different programming models for heterogeneous architectures on next generaton systems. There is a small community in India involved...

Motivation: AMReX is a software framework, massively parallel, for block-structured adaptive mesh refinement (AMR) applications, with other features like particle-based simulations, embedded boundaries, etc., targeted for heterogeneous architectures developed under the Exascale computing project for application development. Its abstraction layer ensures immunity to different programming models for heterogeneous architectures on next generaton systems. There is a small community in India involved...

Motivation: AMReX (https://amrex-codes.github.io/amrex/docs_html/) is a software framework, massively parallel, for block-structured adaptive mesh refinement (AMR) applications, with other features like particle-based simulations, embedded boundaries, etc., targeted for heterogeneous architectures developed under the Exascale computing project for application development. Its abstraction layer ensures immunity to different programming models for heterogeneous architectures on next generaton systems....

About MicroSim: MicroSim is an open-source software suite of phase-field solvers developed by the Indian Material Science community under National Supercomputing Mission. It is the outcome of the multi-institutional project “Repository of High-performance phase-field solvers for Microstructure Simulation (MicroSim)” under NSM (DST) involving IISc Bangalore, IIT Bombay, IIT Hyderabad, IIT Madras, S P Pune University, and C-DAC, Pune. This workshop is an initiative under NSM HRD to empower the user...