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FESTIM V&V book
FESTIM V&V book
Introduction
Introduction
Verification and Validation (V&V)
About this book
Verification
Methods
Simple cases
Simple diffusion case
Simple transient diffusion case
Simple diffusion with varying temperature
Diffusion with dissociation flux
Heat transfer multi-material
Diffusion multi-material
Single trap
Radioactive decay
Radioactive decay 1D
Radioactive decay 2D
Soret Effect
Kinetic surface model
TMAP cases
Diffusion from a Depleting Source
Diffusion through a semi-infinite slab
Pre-loaded semi-infinite slab
Effective diffusivity regime
Strong Trapping Regime
Validation
Plasma-driven permeation
Deuterium retention in tungsten
Deuterium retention in self-damaged tungsten
Beryllium co-deposition TDS
Isothermal absorption of protium in titanium
Deuterium adsorption on oxidised tungsten
Deuterium atom exposure of self-damaged tungsten
Deuterium implantation in EUROFER damaged with tungsten ions
Appendices
Bibliography
🏷 Tags
1D (15)
Plasma-driven permeation
Deuterium adsorption on oxidised tungsten
Isothermal absorption of protium in titanium
Deuterium atom exposure of self-damaged tungsten
Deuterium implantation in EUROFER damaged with tungsten ions
Beryllium co-deposition TDS
Deuterium retention in self-damaged tungsten
Deuterium retention in tungsten
Diffusion from a Depleting Source
Radioactive decay 1D
Diffusion through a semi-infinite slab
Pre-loaded semi-infinite slab
Effective diffusivity regime
Strong Trapping Regime
Kinetic surface model
2D (9)
Diffusion multi-material
Diffusion with dissociation flux
Heat transfer multi-material
Radioactive decay 2D
Simple diffusion case
Simple diffusion with varying temperature
Simple transient diffusion case
Soret Effect
Single trap
DissociationFlux (1)
Diffusion with dissociation flux
MES (6)
Diffusion from a Depleting Source
Radioactive decay 1D
Diffusion through a semi-infinite slab
Pre-loaded semi-infinite slab
Effective diffusivity regime
Strong Trapping Regime
MMS (10)
Diffusion multi-material
Diffusion with dissociation flux
Heat transfer multi-material
Radioactive decay 2D
Simple diffusion case
Simple diffusion with varying temperature
Simple transient diffusion case
Soret Effect
Kinetic surface model
Single trap
Multi-material (2)
Diffusion multi-material
Heat transfer multi-material
NRA (1)
Deuterium atom exposure of self-damaged tungsten
RadioactiveDecay (2)
Radioactive decay 1D
Radioactive decay 2D
TDS (5)
Deuterium adsorption on oxidised tungsten
Deuterium implantation in EUROFER damaged with tungsten ions
Beryllium co-deposition TDS
Deuterium retention in self-damaged tungsten
Deuterium retention in tungsten
heat transfer (1)
Heat transfer multi-material
kinetic surface model (5)
Deuterium adsorption on oxidised tungsten
Isothermal absorption of protium in titanium
Deuterium atom exposure of self-damaged tungsten
Deuterium implantation in EUROFER damaged with tungsten ions
Kinetic surface model
soret (1)
Soret Effect
steady state (7)
Diffusion multi-material
Diffusion with dissociation flux
Heat transfer multi-material
Simple diffusion case
Simple diffusion with varying temperature
Soret Effect
Single trap
transient (17)
Plasma-driven permeation
Deuterium adsorption on oxidised tungsten
Isothermal absorption of protium in titanium
Deuterium atom exposure of self-damaged tungsten
Deuterium implantation in EUROFER damaged with tungsten ions
Beryllium co-deposition TDS
Deuterium retention in self-damaged tungsten
Deuterium retention in tungsten
Diffusion from a Depleting Source
Radioactive decay 1D
Diffusion through a semi-infinite slab
Pre-loaded semi-infinite slab
Effective diffusivity regime
Strong Trapping Regime
Radioactive decay 2D
Simple transient diffusion case
Kinetic surface model
trapping (6)
Beryllium co-deposition TDS
Deuterium retention in self-damaged tungsten
Deuterium retention in tungsten
Effective diffusivity regime
Strong Trapping Regime
Single trap
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TMAP cases
TMAP cases
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