Struct SteadyConductionProblem 

pub struct SteadyConductionProblem { /* private fields */ }

A steady conduction problem: a mesh, the heat source of each zone and the condition on each patch.

Implementations

impl SteadyConductionProblem

pub fn new( mesh: ConductionMesh, zone_heat_source: Vec<VolumetricPowerDensity>, patches: Vec<PatchCondition>, ) -> Result<Self, SteadyConductionError>

Set up a problem.

zone_heat_source has one entry per zone (mesh.n_zones); patches one entry per mesh patch, in patch order.

Errors

SteadyConductionError::InvalidInput for wrong lengths, a negative or non-finite source, a non-positive h, a film-area fraction of the wrong length or outside [0, 1], or a heated body with no patch that removes heat (no steady state exists).

pub fn mesh(&self) -> &ConductionMesh

The mesh the problem is posed on.

pub fn solve<K>( &self, conductivity: K, settings: &SteadyConductionSettings, ) -> Result<SteadyConductionSolution, SteadyConductionError>

where K: Fn(usize, ThermodynamicTemperature) -> ThermalConductivity,

Solve for the steady temperature.

conductivity(zone, T) gives k of a zone at temperature T; it is re-evaluated at every cell’s temperature between passes (Picard) until no cell moves more than settings.picard_tolerance. A constant k converges on the second pass.

Errors

SteadyConductionError::BadConductivity for a non-positive or non-finite k; SteadyConductionError::LinearSolveFailed; SteadyConductionError::PicardNotConverged.

Trait Implementations

impl Clone for SteadyConductionProblem

fn clone(&self) -> Self

Returns a duplicate of the value.

fn clone_from(&mut self, source: &Self)

Performs copy-assignment from source.

impl Debug for SteadyConductionProblem

fn fmt(&self, f: &mut Formatter<'_>) -> Result

Formats the value using the given formatter.