☀️ Radiation Heat Transfer

Analyze blackbody emission, view factor algebra, gray surface radiosity networks, radiation shields, and gas mixture emission. Powered by Fortran for precision.

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Blackbody Radiation

Stefan-Boltzmann total emissive power, peak Wien wavelength, and Planck's spectral distribution curve comparison.

Planck & Stefan Fortran
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View Factors Catalogue

Analytical view factors for aligned parallel plates, perpendicular rectangles, coaxial disks, concentric cylinders, and spheres.

Geometries Fortran
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Gray Enclosures & Shields

Two-surface gray enclosures with radiosity resistor networks and multi-shield temperature distribution solver.

Enclosures Fortran
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Gas Radiation (Leckner)

Total emissivity and absorptivity of CO₂ and H₂O combustion gas mixtures with band overlap correction.

Combustion Fortran
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Combined Radiation & Convection

Evaluate parallel radiation and convection heat losses from a surface. Compare convective coefficients to linearized radiation coefficients.

Combined Modes Fortran
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Solar Radiation & Position

Calculate solar angles and direct, diffuse, and albedo radiation components on tilted flat surfaces.

Solar Energy Fortran
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Multi-Surface Enclosure (N surfaces)

Solve radiation heat exchange within N-surface gray enclosures using the matrix radiosity method.

Matrix Radiosity Fortran
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Participating Media (Non-Grey)

Evaluate radiation heat transfer and wall net heat fluxes in gaseous combustion enclosures using Leckner's spectral model.

Participating Gas Fortran