MAX2022: MAterials design at the eXascale

MAX: MAterials design at the eXascale Website

Research lines:

Electronic transport Ab-Initio Electronic Structure Methods

Status: Active Start:

01/01/2023

End:

31/12/2026

Primary tabs

Main Investigators

JOSE MARIA CELA ESPIN

COMPUTER APPLICATIONS IN SCIENCE AND ENGINEERING DIRECTOR

CASE

josem [dot] cela [at] bsc [dot] es

+34 934010990

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Ab-Initio Electronic Structure Methods

Alya - High Performance Computational Mechanics

Atmospheric Impact Services

BSIT: Barcelona Subsurface Imaging Tools

Computational Modeling for Fusion

Computational fluid mechanics - Incompressible flows

Earthquake Simulation

Electromagnetic Modeling and Inversion

Electronic transport

HPC Frameworks

HPC Geophysical Applications

HPC Workflows

Inverse Modelling

Microscale wind simulations and wind resource assessment

Natural & Social Hazards (NaSH)

Reduced Order Methods in HPC

Seismic hazard, seismic vulnerability and seismic risk

Smart and resilient cities

Urban-scale Atmospheric Dispersal Modeling

Volcanic ash
JOSE JULIO GUTIERREZ MORENO

MATERIAL SCIENCES GROUP MANAGER

CASE - Material Sciences

julio [dot] gutierrez [at] bsc [dot] es

+34 934137018

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Ab-Initio Electronic Structure Methods

Electronic transport

Investigators

ROGELI GRIMA TORRES

SENIOR RESEARCH ENGINEER

CASE - Material Sciences

rogeli [dot] grima [at] bsc [dot] es

+34 934137018

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Ab-Initio Electronic Structure Methods

Electronic transport
ISIDRE FRANCISCO MAS MAGRE

FIRST STAGE RESEARCHER

Earth Sciences - Atmospheric Chemistry and Air Quality

isidre [dot] masmagre [at] bsc [dot] es