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Eddy3D Setup Esinti Select Template
Setup
Download Weather Morph Settings Morph Weather Deconstruct Weather Monthly Climate Chart Relative Humidity Weather Land Cover Roughness Watertight Wind Compass Wind Rose Cluster Analysis Period Calendar Hour of Year Translate Date To Hours STL Exporter Safety Toggle Settle Data
Pre
Atmospheric Boundary Layer Manual Inflow Profile Uniform Flow Cell Size Cylinder Domain Mesh Settings Refinement Region Brep Grid Points Ground Roughness Pollutant Source Tree Custom Function Object Outdoor Case Run Settings Run Write Run Scripts
Outdoor
Air Region Box Domain Building Material Building Mesh Settings Building Region Gmsh Mesh Advanced Terrain Mesh Grass Material Terrain Mesh Settings Terrain Region Terrain Surface Material Water Surface Vegetation Mesh Settings Vegetation Properties Vegetation Region Case Run Outdoor+ Case Simulation Mesh Settings Simulation Settings Timing Parameters ViewFactors Check Geometry Deconstruct Region
Outdoor+
Facade Wind Pressure Indoor Case Occupant CO2 Window Air Exchange Indoor Inlet Indoor Outlet Indoor Wall Manikin CO2 Emitter Heat Source Indoor Sink Momentum Source Viral Emitter Indoor Species Case CO2 Air Quality Sleep Comfort Two-Node Comfort
Indoor
Canopy Facade Grid Sun Path Sun Vectors Deconstruct Shadow Shadow Sun Hours Daily Light Integral Deconstruct DLI Solar Irradiation Annual Daylight Daylight Factor Vertical Sky Component View Target Viewshed Sun Stats Sunlight Compliance
Sun Shadow Daylight
MRT Settings SurfaceTemp Material Surface Settings Tree Settings Vegetation Settings Deconstruct SurfaceTemp MRT MRT Sensors MRT Surface Sky Exposure SurfaceTemp FFT Deconstruct MRT MRT Solve MRT View Factors SurfaceTemp EnergyPlus Deconstruct VF Model Fisheye View
MRT
Deconstruct Case Load Wind Case Probe Streamlines Airflow Network Cp Deconstruct Wind Flow Rates Velocity Amplification Factors VAF Create Mesh Cull Ground Mesh Flex Legend Read Cells Scalar Field Viewer Vector Field Viewer Create OBJ Export to Visualizer Open In ParaView CheckMesh Face Warnings Live Residuals Meshing Progress Parse Case Logs Plot Residuals Read checkMesh Study Report
Post
PET Simulation Thermal Comfort UTCI Simulation Deconstruct UTCI Pedestrian Wind Comfort Comfort Hours Thermal Comfort Legend
Post Comfort
Design Storm Land Cover Runoff Runoff Zones Deconstruct Stormwater Stormwater Grid Stormwater Run Stormwater Settings Ponding Report Stormwater Flowlines Stormwater Legend
Stormwater
FluidX3D Run Settings LBM Case LBM Run LBM Run Settings FluidX3D Live View LBM Field
LBM
ML Model Wind Predictor Wind Predictor Cloud Wind Comfort Predictor ML Dataset Curator Dataset Reader Interpolate UMag MRT Dataset Curator
ML
CHT Air Cavity CHT Boundary CHT Material CHT Solid CHT Case HAM Climate HAM Material HAM Wall HAM Case
CHT
WRF Geo Data WRF Met Data WRF Domain WRF Namelist WRF Progress WRF Run WRF Animate WRF Map WRF Probe WRF ABL WRF Weather
WRF
PALM Domain PALM Land Cover PALM Case PALM Settings PALM Progress PALM Run PALM Results
PALM-4U

12 CHT

Main Components

CHT Air Cavity
A closed air cavity: solved as buoyant air (natural convection), coupled to the solids around it.
CHT Boundary
Boundary condition on one face of the analysis box: fixed surface temperature, convective film (h + air temperature), or adiabatic. Unassigned faces are adiabatic.
CHT Material
Solid material for CHT heat transfer analysis. Catalog values (ISO 10456 / Incropera) seed the properties; wire a number to override one.
CHT Solid
A solid region of the CHT assembly: closed Brep/Mesh + material. The union of all solids and cavities must fill a rectangular box (the analysis domain).
CHT Case
Build a conjugate heat transfer case from solids, air cavities and boundaries. Wire the Case output into the Run component (Containerized engine). Method: Kastner & Dogan (2020), SimAUD 2020 405-412, https://www.researchgate.net/publication/346039320_Solving_Thermal_Bridging_Problems_for_Architectural_Applications_with_OpenFOAM.
HAM Climate
Air conditions on one face of a HAM wall. One value per input is a constant; a list is a stepped schedule (one entry per step, hourly by default).
HAM Material
Porous material for a HAM wall: a hamFoam material model plus density, specific heat and conductivity. The five HAMSTAD benchmark models arrive with their published properties; the rest supply curves only, so wire rho, c and lambda1.
HAM Wall
Layered build-up for a HAM case, OUTSIDE layer first. Materials and thicknesses are read in parallel, so their counts must match.
HAM Case
Build a heat-and-moisture case for a layered wall. Wire the Case output into the Run component (Containerized engine — hamFoam ships only in the container). Pick a Preset to reproduce one of the two HAMSTAD benchmark tutorials.