ERD

Periodic Reporting for period 2 - MODALIS2 (MODelling of Advanced LI Storage Systems)

Project: MODALIS2

Updated at: 14-04-2024

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Project acronym MODALIS2

NONUNIFORM DEGRADATION OF LITHIUM-ION BATTERIES –3D MODELING

Project: MODALIS2

Updated at: 28-02-2024

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Project acronym MODALIS2

Innovate with the next generation of battery modelling

Project: MODALIS2

Updated at: 28-02-2024

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Project acronym MODALIS2

Production of a Guideline to optimize material production design of active materials

Project: MODALIS2

Updated at: 28-02-2024

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Project acronym MODALIS2

Theoretical study of the interface between solidelectrolyte and electrode: the case of (100)-Li3PS4/(110)-Li2S

Project: MODALIS2

Updated at: 28-02-2024

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Project acronym MODALIS2

Computational Characterization of β-Li3PS4 Solid Electrolyte: From Bulk and Surfaces to Nanocrystals

Project: MODALIS2

Updated at: 28-02-2024

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Project acronym MODALIS2

Morphology map of β-Li3PS4 nanocrystal by Wulff theory

Project: MODALIS2

Updated at: 28-02-2024

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Project acronym MODALIS2

Modelling of advanced lithium storage systems

Project: MODALIS2

Updated at: 28-02-2024

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Project acronym MODALIS2

From Atom to Anode: the MODALIS2 multiscale approach to modelling Si/C anodes for lithium-ion batteries

Project: MODALIS2

Updated at: 28-02-2024

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Project acronym MODALIS2

MODALIS² PROJECT: MULTISCALE AND MULTIPHYSICS APPROACHFOR NEXT GENERATION BATTERIES MODELLING

Project: MODALIS2

Updated at: 28-02-2024

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Project acronym MODALIS2

STRUCTURAL AND ELECTRONIC PROPERTIES OF SULFUR-BASED COMPOUNDS FOR SOLID STATE LI BATTERIES.

Project: MODALIS2

Updated at: 28-02-2024

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Project acronym MODALIS2

USE OF A MULTISCALE/MULTIPHYSICS APPROACH FOR GEN 3BLI-ION BATTERIES MODELLING IN A SIMULATION TOOLCHAIN

Project: MODALIS2

Updated at: 28-02-2024

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Project acronym MODALIS2

Diffusion Coefficient of Lithium in Cathode Materials for LithiumIon Batteries from DFT, Metadynamics and Post-HF

Project: MODALIS2

Updated at: 28-02-2024

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Project acronym MODALIS2

From symmetry breaking in the bulk to phase transitions at the surface: a quantum-mechanical exploration of Li<sub>6</su...

Project: MODALIS2

Updated at: 28-02-2024

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Project acronym MODALIS2

My ab initio adventure in Li-ion materials

Project: MODALIS2

Updated at: 28-02-2024

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Project acronym MODALIS2

From Atom to Anode: the MODALIS2 multiscale approach to modelling Si/C anodes for lithium-ion batteries

Project: MODALIS2

Updated at: 28-02-2024

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Project acronym MODALIS2

MODALIS² PROJECT : DEVELOPMENT OF A MODELLING TOOLCHAINFOR NEXT GENERATION BATTERIES

Project: MODALIS2

Updated at: 28-02-2024

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Project acronym MODALIS2

Stakeholder report on project results

Project: MODALIS2

Updated at: 30-10-2023

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Project acronym MODALIS2

Report on the new simulation tool chain

Project: MODALIS2

Updated at: 30-10-2023

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Project acronym MODALIS2

Project website

Project: MODALIS2

Updated at: 30-10-2023

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Project acronym MODALIS2

Project presentation and brochure (for distribution)

Project: MODALIS2

Updated at: 30-10-2023

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Project acronym MODALIS2

Data Management Plan (DMP)

Project: MODALIS2

Updated at: 30-10-2023

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Project acronym MODALIS2

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Periodic Reporting for period 2 - MODALIS2 (MODelling of Advanced LI Storage Systems)

NONUNIFORM DEGRADATION OF LITHIUM-ION BATTERIES –3D MODELING

Innovate with the next generation of battery modelling

Production of a Guideline to optimize material production design of active materials

Theoretical study of the interface between solidelectrolyte and electrode: the case of (100)-Li3PS4/(110)-Li2S

Computational Characterization of β-Li3PS4 Solid Electrolyte: From Bulk and Surfaces to Nanocrystals

Morphology map of β-Li3PS4 nanocrystal by Wulff theory

Modelling of advanced lithium storage systems

From Atom to Anode: the MODALIS2 multiscale approach to modelling Si/C anodes for lithium-ion batteries

MODALIS² PROJECT: MULTISCALE AND MULTIPHYSICS APPROACHFOR NEXT GENERATION BATTERIES MODELLING

STRUCTURAL AND ELECTRONIC PROPERTIES OF SULFUR-BASED COMPOUNDS FOR SOLID STATE LI BATTERIES.

USE OF A MULTISCALE/MULTIPHYSICS APPROACH FOR GEN 3BLI-ION BATTERIES MODELLING IN A SIMULATION TOOLCHAIN

Diffusion Coefficient of Lithium in Cathode Materials for LithiumIon Batteries from DFT, Metadynamics and Post-HF

From symmetry breaking in the bulk to phase transitions at the surface: a quantum-mechanical exploration of Li<sub>6</su...

My ab initio adventure in Li-ion materials

From Atom to Anode: the MODALIS2 multiscale approach to modelling Si/C anodes for lithium-ion batteries

MODALIS² PROJECT : DEVELOPMENT OF A MODELLING TOOLCHAINFOR NEXT GENERATION BATTERIES

Stakeholder report on project results

Report on the new simulation tool chain

Project website

Project presentation and brochure (for distribution)

Data Management Plan (DMP)