WINTMP
| (Object data - 3D) | |
|---|---|
| Update History: v10.0 – Heat exchange via heat flux was added. | Last updated on : 12-08-2013 |
WINTMP Object, Iwin, WindowShape, Ttype, Ctype, Rtype, SpdType, Htype
Velx, Vely, Velz
(if WindowShape = 1, box defined by 8 corners)
Point(1), X(1), Y(1), Z(1)
::
Point(8), X(8), Y(8), Z(8)
(if WindowShape = 2, cylinder)
OriginA_X, OriginA_Y, OriginA_Z
OriginB_X, OriginB_Y, OriginB_Z
inner radius, outer radius
(Environment temperature)
(if Ttype=0)
TempValue
(if Ttype=1)
Ndata
Time Temp(1)
::
Time Temp(Ndata)
(Convection coefficient)
(if Ctype=0)
ConvValue
(if Ctype=1 or 2)
Ndata
Time/Temp(1) Conv(1)
::
Time/Temp(Ndata) Conv(Ndata)
(if Ctype = 3)
NumTim, NumTemp
Time(1) … Time(NumTim)
Temp(1) … Temp(NumTemp)
Conv(1) … Conv(NumTim*NumTemp)
(Emissivity)
(if Rtype=0)
EmsValue
(if Rtype=1 or 2)
Ndata
Time/Temp(1) Ems(1)
::
Time/Temp(Ndata) Ems(Ndata)
(Heat flux)
(if Htype=0)
Heat flux value
(if Htype=1)
Ndata
Time(1) Heat flux(1)
::
Time(Ndata) Heat flux(Ndata)
| OPERAND | DESCRIPTION | DEFAULT |
|---|---|---|
| Object | Object number | None |
| Iwin | Heat exchange window index | None |
| WindowShape | Shape of the heat exchange window = 1 rectangular = 2 cylindrical. | None |
| Ttype | Type of temperature definition = 0 constant = 1 function of time | 0 |
| Ctype | Type of convection coefficient definition =0 constant =1 function of time =2 function of temperature =3 function of time and temp. (not implemented GUI) | 0 |
| Rtype | Type of Radiation view factor = 0 constant = 1 function of time = 2 function of temperature | 0 |
| Htype | Type of Heat flux = 0 constant = 1 function of time | 0 |
| SpdType | Speed type = 1 constant = 2 function of time =-n following object n | 1 |
| Velx, Vely, Velz | Window speed | None |
DEFINITION
WINTMP specifies the heat exchange window for an object. The keyword should be used if the boundary condition of heat exchange is different at a specific region than the rest of the object.
REMARKS
The keyword defines the heat exchange information such as temperature, convection coefficient, the radiation view factor, and heat flux. Applicable Simulation Types: Heat Transfer Applicable object types: All objects except Rigid object
RELATED TOPICS
Boundary Constraints: Deformation - Heat exchange windows Keywords: ENVTMP, CNVCOF, LOCTMP