Plus 2.X:Visualized Components - Versionsgeschichte

Krizzl am 27. März 2012 um 14:52 Uhr

2012-03-27T14:52:21Z

Krizzl: /* Creating a new assembly with "Edit" */

2012-03-27T10:47:51Z

Creating a new assembly with "Edit"

← Nächstältere Version		Version vom 27. März 2012, 12:47 Uhr
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	[[Plus:Dialog DatabaseMaterials\|"material database"]]. A thickness must be assigned to each layer.		[[Plus:Dialog DatabaseMaterials\|"material database"]]. A thickness must be assigned to each layer.

	Setting of the size of the numerical grid (coarse, medium, and fine) is also possible ~~adjusted~~.		Setting of the size of the numerical grid (coarse, medium, and fine) is also possible.

	Heat, moisture and air change occuring inside a component can be included in the calculation as an internal source. The sort of the source can be selected in the drop-down menu in the dialog "Inner Source". Heat and moisture sources can be attached to one or more elements in one layer or to the entire layer under "Spread Area". If it is attached to one layer, the depth in layer ~~of the element~~ must be entered, for more elements the start end depth in layer must be inputted. Else "whole layer" can be chosen ~~as well~~.		Heat, moisture and air change occuring inside a component can be included in the calculation as an internal source. The sort of the source can be selected in the drop-down menu in the dialog "Inner Source". Heat and moisture sources can be attached to one or more elements in one layer or to the entire layer under "Spread Area". If it is attached to one layer, the element's depth in layer must be entered, for more elements the start and end depth in layer must be inputted. Else "whole layer" can be chosen.

	The source type must be defined, too:		The source type must be defined, too:
	*For moisture you can either choose "Fraction of Driving Rain", for which a fraction factor must be entered (intensity is defined as the percentage of incident rain)or "Transient Moisture Source from File", where you can use [[Plus 2.X:Files/Measured Data\|data from predefined files]] by entering the right file and column as well as a conversion factor.		*For moisture you can either choose "Fraction of Driving Rain", for which a fraction factor must be entered (intensity is defined as the percentage of incident rain) or "Transient Moisture Source from File", where you can use [[Plus 2.X:Files/Measured Data\|data from predefined files]] by entering the right file and column as well as a conversion factor.
	*for heat you can either identify the source as "Fraction from Incident Solar Radiation" and enter a factor for it (intensity is defined as the percentage of solar radiation) or a inner heat source can be chosen from [[Plus 2.X:Files/Measured Data\|Files/Measured Data]] by check-marking "Transient Heat Source from File". Again, the right file and column and a conversion factor must be inputted.		*for heat you can either identify the source as "Fraction from Incident Solar Radiation" and enter a factor for it (intensity is defined as the percentage of solar radiation) or a inner heat source can be chosen from [[Plus 2.X:Files/Measured Data\|Files/Measured Data]] by check-marking "Transient Heat Source from File". Again, the right file and column and a conversion factor must be inputted.
	*for air exchange either a constant value can be entered or to use external data "Transient Air Change from File" can be checked. For this enter right file, column and a conversion factor.		*for air exchange either a constant value can be entered or to use external data "Transient Air Change from File" can be checked. For this enter right file, column and a conversion factor.
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	If "Group Components" was check marked in the [[Plus 2.X:Building_Wizard#Other Options\|Building Wizard]] components of the same type are automatically assigned to the same assembly. If this is not requested the components need to be [[Plus 2.X:Building#Component Operations\|ungrouped]]		If "Group Components" was check marked in the [[Plus 2.X:Building_Wizard#Other Options\|Building Wizard]] components of the same type are automatically assigned to the same assembly. If this is not requested the components need to be [[Plus 2.X:Building#Component Operations\|ungrouped]]

	'''Annotation''': If there is no fitting assembly and it is necessary to define a new one it may be more reasonable not to use the "Edit" Button but to [[Plus:Dialog_DatabaseAssemblies\|save the user-defined assembly right into the database]], as it can be reused arbitrarily.		'''Annotation''': If there is no fitting assembly and it is necessary to define a new one it may be more reasonable not to use the "Edit" Button but to [[Plus:Dialog_DatabaseAssemblies\|save the user-defined assembly right into the database]], as it can be reused arbitrarily.


	===Surface===		===Surface===

Krizzl: /* Transparent components */

2012-03-26T11:04:38Z

Transparent components

← Nächstältere Version		Version vom 26. März 2012, 13:04 Uhr
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	===Report===		===Report===
	In tab "Report: Data & Results" all settings are shown and after the calculation [[Plus 2.X:Results#Windows\|results]] for the respective component can be found here. If "Retain calculation results" is check marked, films (the ones you can see during a calculation) and graphs are retained and excel export is possible as well. Note that this takes a lot of memory and slows the calculation up. For more information check the [[Plus 2.X:Results#transparent\|results]] chapter.		In tab "Report: Data & Results" all settings are shown and after the calculation [[Plus 2.X:Results#Windows\|results]] for the respective component can be found here. If "Retain calculation results" is check marked, films (the ones you can see during a calculation) and graphs are retained and excel export is possible as well. Note that this takes a lot of memory and slows the calculation up. For more information check the [[Plus 2.X:Results#transparent\|results]] chapter.


			===Movie===
			This [http://www.wufi-wiki.com/wufifilme/step6-components/Windows/step6_Windows.htm '''movie'''] belongs to the [[Plus 2.X:Input#Door and Windows\|second example]] of the tutorial. It shows how to change window parameters.

Krizzl: /* Moisture */

2011-08-12T04:10:40Z

Moisture

← Nächstältere Version		Version vom 12. August 2011, 06:10 Uhr
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	In the tab "Moisture" hygric properties of the component surfaces are defined. A Sd-value can be specified for the interior and exterior surfaces of the component when the coating is not already included in the assembly. Again there is a list of predefined coatings to choose from and else a user defined value can be entered.		In the tab "Moisture" hygric properties of the component surfaces are defined. A Sd-value can be specified for the interior and exterior surfaces of the component when the coating is not already included in the assembly. Again there is a list of predefined coatings to choose from and else a user defined value can be entered.

	If the rain load is taken into account it is calculated from normal rain, wind and the driving rain coefficients. The rain absorption is generated dependent to the component orientation.		If the rain load is taken into account it is calculated from normal rain, wind and the driving rain coefficients. The rain absorption is generated dependent to the component orientation.

	====Climate on outer Surface====		====Climate on outer Surface====

Krizzl: /* Solar Protection */

2011-06-29T05:04:46Z

Solar Protection

← Nächstältere Version		Version vom 29. Juni 2011, 07:04 Uhr
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	===Solar Protection===		===Solar Protection===
	====Solar Protection====		====Solar Protection====
	~~fehlt noch~~...
			[[Bild:P2-solprot.png]]

			Settings for solar protection devices can be made here. Create a "New" device, then click the "Edit" button to adjust its values.<br>

			Several specifications need to be made:
			* Name: a significant name is useful to differentiate between several devices
			* A reduction factor of the solar radiation (b-value): If the device holds off 30 percent of impacting radiation, the b-value consequently is 0,7.
			* A value for the thermal resistance supplement [m²K/W]
			* Also an operation mode must to be chosen:
			** Reduce Overheating/Cooling: This mode implements that the device is used to reduce overheating and cooling of the building beyond specified values.(these values are entered in the [[Plus 2.X:Design_Conditions\|Design Conditions]])
			** Close by radiation limit value: A limiting value for closing must be entered.

	====Window overhang====		====Window overhang====

Krizzl: /* Solar Protection */

2011-06-19T10:16:45Z

Solar Protection

← Nächstältere Version		Version vom 19. Juni 2011, 12:16 Uhr
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	===Solar Protection===		===Solar Protection===
	====Solar Protection====		====Solar Protection====
	fehlt		fehlt noch...

	====Window overhang====		====Window overhang====

Krizzl: /* Report */

2011-06-19T10:11:49Z

Report

← Nächstältere Version		Version vom 19. Juni 2011, 12:11 Uhr
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	===Report===		===Report===
	In tab "Report: Data & Results" all settings are shown and after the calculation [[Plus 2.X:Results\|results]] for the respective component can be found here. If "Retain calculation results" is check marked, films (the ones you can see during a calculation) and graphs are retained and excel export is possible as well. Note that this takes a lot of memory and slows the calculation up. For more information check the [[Plus 2.X:Results#~~opaque~~\|results]]chapter.		In tab "Report: Data & Results" all settings are shown and after the calculation [[Plus 2.X:Results\|results]] for the respective component can be found here. If "Retain calculation results" is check marked, films (the ones you can see during a calculation) and graphs are retained and excel export is possible as well. Note that this takes a lot of memory and slows the calculation up. For more information check the [[Plus 2.X:Results#Opaque components\|results]] chapter.


	==Transparent components==		==Transparent components==

Krizzl: /* Report */

2011-06-19T10:10:52Z

Report

← Nächstältere Version		Version vom 19. Juni 2011, 12:10 Uhr
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	===Report===		===Report===
	In tab "Report: Data & Results" all settings are shown and after the calculation [[Plus 2.X:Results\|results]] for the respective component can be found here. If "Retain calculation results" is check marked, films (the ones you can see during a calculation) and graphs are retained and excel export is possible as well. Note that this takes a lot of memory and slows the calculation up. For more information check the [[Plus 2.X:Results#transparent\|results]] chapter.		In tab "Report: Data & Results" all settings are shown and after the calculation [[Plus 2.X:Results#Windows\|results]] for the respective component can be found here. If "Retain calculation results" is check marked, films (the ones you can see during a calculation) and graphs are retained and excel export is possible as well. Note that this takes a lot of memory and slows the calculation up. For more information check the [[Plus 2.X:Results#transparent\|results]] chapter.

Krizzl am 14. Juni 2011 um 08:48 Uhr

2011-06-14T08:48:08Z

← Nächstältere Version		Version vom 14. Juni 2011, 10:48 Uhr
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	*Openings (not relevant)		*Openings (not relevant)
	There are various tabs to input all necessary data:		There are various tabs to input all necessary data:


	==Opaque components==		==Opaque components==

	===General===		===General===

	In the tab "General" the component it is named and assigned to a component type. There are three possible types:		In the tab "General" the component it is named and assigned to a component type. There are three possible types:
	*Opaque components (walls)		*Opaque components (walls)
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	===Assembly===		===Assembly===

	In the next tab the "assembly" of the construction is set.		In the next tab the "assembly" of the construction is set.

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	====Assembly from Database====		====Assembly from Database====

	The appropriate assembly of the component can be loaded from the database. By "Select from database" you get to the		The appropriate assembly of the component can be loaded from the database. By "Select from database" you get to the
	[[Plus:Dialog_DatabaseAssemblies\|Database Assemblies]], where you can choose an assembly and either double click on it or on "Apply" to assign it.		[[Plus:Dialog_DatabaseAssemblies\|Database Assemblies]], where you can choose an assembly and either double click on it or on "Apply" to assign it.
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	====Creating a new assembly with "Edit"====		====Creating a new assembly with "Edit"====

	In case the desired assembly does not exist in the database a new one can be defined by clicking on the "Edit" button. The "Edit Assembly" window opens.		In case the desired assembly does not exist in the database a new one can be defined by clicking on the "Edit" button. The "Edit Assembly" window opens.

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	===Surface===		===Surface===
	====Thermal====		====Thermal====

	[[Bild:P2-comp-surface-thermal.png]]<br>		[[Bild:P2-comp-surface-thermal.png]]<br>

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	====Moisture====		====Moisture====

	[[Bild:P2-comp-surface-moisture.png]]<br>		[[Bild:P2-comp-surface-moisture.png]]<br>
	In the tab "Moisture" hygric properties of the component surfaces are defined. A Sd-value can be specified for the interior and exterior surfaces of the component when the coating is not already included in the assembly. Again there is a list of predefined coatings to choose from and else a user defined value can be entered.		In the tab "Moisture" hygric properties of the component surfaces are defined. A Sd-value can be specified for the interior and exterior surfaces of the component when the coating is not already included in the assembly. Again there is a list of predefined coatings to choose from and else a user defined value can be entered.
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	====Climate on outer Surface====		====Climate on outer Surface====

	[[Bild:P2-comp-surface-climate.png]]<br>		[[Bild:P2-comp-surface-climate.png]]<br>

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	===Initial conditions===		===Initial conditions===

	[[Bild:P2-comp-initialconditions.png\|left\|]]		[[Bild:P2-comp-initialconditions.png\|left\|]]
	<br style="clear:both" />		<br style="clear:both" />
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	===Numerics===		===Numerics===

	[[Bild:P2-comp-numerics.png]]<br>		[[Bild:P2-comp-numerics.png]]<br>

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	===Report===		===Report===
			In tab "Report: Data & Results" all settings are shown and after the calculation [[Plus 2.X:Results\|results]] for the respective component can be found here. If "Retain calculation results" is check marked, films (the ones you can see during a calculation) and graphs are retained and excel export is possible as well. Note that this takes a lot of memory and slows the calculation up. For more information check the [[Plus 2.X:Results#opaque\|results]]chapter.

	In tab "Report: Data & Results" all settings are shown and after the calculation [[Plus 2.X:Results\|results]] for the respective component can be found here. If "Retain calculation results" is check marked, films (the ones you can see during a calculation) and graphs are retained and excel export is possible as well. Note that this takes a lot of memory and slows the calculation up. For more information check the [[Plus 2.X:Results#opaque\|results]]chapter.

	==Transparent components==		==Transparent components==
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	===General===		===General===

	This Tab is very much like the Tab [[Plus 2.X:Visualized_Components#Opaque Components\|"General"]] of the opaque components, the only difference is, of course, that the Type is "transparent".		This Tab is very much like the Tab [[Plus 2.X:Visualized_Components#Opaque Components\|"General"]] of the opaque components, the only difference is, of course, that the Type is "transparent".


	===Window Parameters===		===Window Parameters===

	[[Bild:P2-win-parameters.png]]<br>		[[Bild:P2-win-parameters.png]]<br>

	All the window types used in the project are shown in this list. The highlighted one is applied to the respective transparent component.		All the window types used in the project are shown in this list. The highlighted one is applied to the respective transparent component.
	A window type needs to be assigned to the transparent component. It can be chosen form the database or edited user defined. Also a window type can be chosen from the the database and modified individually.		A window type needs to be assigned to the transparent component. It can be chosen form the database or edited user defined. Also a window type can be chosen from the the database and modified individually.


	To use a predefined window type click on "Assign from database" and pick the requested one from the [[Plus:Dialog DatabaseWindows\|windows database]]		To use a predefined window type click on "Assign from database" and pick the requested one from the [[Plus:Dialog DatabaseWindows\|windows database]]
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	===Surface===		===Surface===
	====Thermal====		====Thermal====

	[[Bild:P2-win-suface-thermal.png]]<br>		[[Bild:P2-win-suface-thermal.png]]<br>

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	Also long wave-radiation balance can be applied to the outer surface. However, make sure to have appropriate values for atmospheric counter radiation in the climate file you use before enabling the explicit radiation balance. Otherwise unrealistic temperatures may result at the exterior surface.		Also long wave-radiation balance can be applied to the outer surface. However, make sure to have appropriate values for atmospheric counter radiation in the climate file you use before enabling the explicit radiation balance. Otherwise unrealistic temperatures may result at the exterior surface.


	====Climate on outer Surface====		====Climate on outer Surface====

	See the "Surface" chapter of [[Plus 2.X:Visualized_Components#Opaque components\|opaque components]]		See the "Surface" chapter of [[Plus 2.X:Visualized_Components#Opaque components\|opaque components]]

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	===Solar Protection===		===Solar Protection===
	====Solar Protection====		====Solar Protection====
			fehlt
	fehlt


	====Window overhang====		====Window overhang====

	[[Bild:P2-win-overhang.png]]<br>		[[Bild:P2-win-overhang.png]]<br>

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	===Report===		===Report===

	In tab "Report: Data & Results" all settings are shown and after the calculation [[Plus 2.X:Results\|results]] for the respective component can be found here. If "Retain calculation results" is check marked, films (the ones you can see during a calculation) and graphs are retained and excel export is possible as well. Note that this takes a lot of memory and slows the calculation up. For more information check the [[Plus 2.X:Results#transparent\|results]] chapter.		In tab "Report: Data & Results" all settings are shown and after the calculation [[Plus 2.X:Results\|results]] for the respective component can be found here. If "Retain calculation results" is check marked, films (the ones you can see during a calculation) and graphs are retained and excel export is possible as well. Note that this takes a lot of memory and slows the calculation up. For more information check the [[Plus 2.X:Results#transparent\|results]] chapter.

Krizzl am 14. Juni 2011 um 08:46 Uhr

2011-06-14T08:46:15Z

← Nächstältere Version		Version vom 14. Juni 2011, 10:46 Uhr
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	===General===		===General===

	In the tab "General" the component it is named and assigned to a component type. There are three possible types:		In the tab "General" the component it is named and assigned to a component type. There are three possible types:
	*Opaque components (walls)		*Opaque components (walls)
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	[[Bild:P2-comp-general.png\|left\|]]		[[Bild:P2-comp-general.png\|left\|]]
	<br style="clear:both" />		<br style="clear:both" />
	~~----~~

	===Assembly===		===Assembly===
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	====Assembly from Database====		====Assembly from Database====

	The appropriate assembly of the component can be loaded from the database. By "Select from database" you get to the		The appropriate assembly of the component can be loaded from the database. By "Select from database" you get to the
	[[Plus:Dialog_DatabaseAssemblies\|Database Assemblies]], where you can choose an assembly and either double click on it or on "Apply" to assign it.		[[Plus:Dialog_DatabaseAssemblies\|Database Assemblies]], where you can choose an assembly and either double click on it or on "Apply" to assign it.
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	====Creating a new assembly with "Edit"====		====Creating a new assembly with "Edit"====

	In case the desired assembly does not exist in the database a new one can be defined by clicking on the "Edit" button. The "Edit Assembly" window opens.		In case the desired assembly does not exist in the database a new one can be defined by clicking on the "Edit" button. The "Edit Assembly" window opens.

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	'''Annotation''': If there is no fitting assembly and it is necessary to define a new one it may be more reasonable not to use the "Edit" Button but to [[Plus:Dialog_DatabaseAssemblies\|save the user-defined assembly right into the database]], as it can be reused arbitrarily.		'''Annotation''': If there is no fitting assembly and it is necessary to define a new one it may be more reasonable not to use the "Edit" Button but to [[Plus:Dialog_DatabaseAssemblies\|save the user-defined assembly right into the database]], as it can be reused arbitrarily.
	~~----~~

	===Surface===		===Surface===
	====Thermal====		====Thermal====

	[[Bild:P2-comp-surface-thermal.png]]<br>		[[Bild:P2-comp-surface-thermal.png]]<br>

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	====Moisture====		====Moisture====

	[[Bild:P2-comp-surface-moisture.png]]<br>		[[Bild:P2-comp-surface-moisture.png]]<br>
	In the tab "Moisture" hygric properties of the component surfaces are defined. A Sd-value can be specified for the interior and exterior surfaces of the component when the coating is not already included in the assembly. Again there is a list of predefined coatings to choose from and else a user defined value can be entered.		In the tab "Moisture" hygric properties of the component surfaces are defined. A Sd-value can be specified for the interior and exterior surfaces of the component when the coating is not already included in the assembly. Again there is a list of predefined coatings to choose from and else a user defined value can be entered.
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	====Climate on outer Surface====		====Climate on outer Surface====

	[[Bild:P2-comp-surface-climate.png]]<br>		[[Bild:P2-comp-surface-climate.png]]<br>

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	*Outer climate = Inner climate: Choosing this option causes WUFI to assume that the climate on the outer surface is the same as that on the inner.		*Outer climate = Inner climate: Choosing this option causes WUFI to assume that the climate on the outer surface is the same as that on the inner.

	~~----~~

	===Initial conditions===		===Initial conditions===
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	The "Initial Conditions" are important to start the calculation. Initial temperature and moisture in the building must be set. The humidity can be assumed constant over the component or the conditions in the material database are included.		The "Initial Conditions" are important to start the calculation. Initial temperature and moisture in the building must be set. The humidity can be assumed constant over the component or the conditions in the material database are included.


	~~----~~

	===Numerics===		===Numerics===
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	Under "Numerics" it can be selected whether the heat transport and /or moisture transport are to be calculated. Special hygrothermal options such as capillary or latent heat by evaporation or melting can be turned on and off. The incidence of convergence errors may require an adjustment of numerical parameters. By choosing increased accuracy and adapted convergence this can be avoided. However, before the adjustment of the numerical grid should be checked.		Under "Numerics" it can be selected whether the heat transport and /or moisture transport are to be calculated. Special hygrothermal options such as capillary or latent heat by evaporation or melting can be turned on and off. The incidence of convergence errors may require an adjustment of numerical parameters. By choosing increased accuracy and adapted convergence this can be avoided. However, before the adjustment of the numerical grid should be checked.


	~~----~~

	===Report===		===Report===
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	==Transparent components==		==Transparent components==

	The procedure is very similar to that of opaque components yet there are differences.		The procedure is very similar to that of opaque components yet there are differences.

	~~----~~
	===General===		===General===

	This Tab is very much like the Tab [[Plus 2.X:Visualized_Components#Opaque Components\|"General"]] of the opaque components, the only difference is, of course, that the Type is "transparent".		This Tab is very much like the Tab [[Plus 2.X:Visualized_Components#Opaque Components\|"General"]] of the opaque components, the only difference is, of course, that the Type is "transparent".

	~~----~~
	===Window Parameters===		===Window Parameters===

	[[Bild:P2-win-parameters.png]]<br>		[[Bild:P2-win-parameters.png]]<br>

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	Besides U-Value, a frame factor (a factor for the proportion of glass of the whole window) , SHGC average (only if "enter SHGC in detail" is not check marked, a SHGC hemispherical value, and a value for Emissivity of outer surface can be inputted.		Besides U-Value, a frame factor (a factor for the proportion of glass of the whole window) , SHGC average (only if "enter SHGC in detail" is not check marked, a SHGC hemispherical value, and a value for Emissivity of outer surface can be inputted.


	===Surface===		===Surface===
	====Thermal====		====Thermal====

	[[Bild:P2-win-suface-thermal.png]]<br>		[[Bild:P2-win-suface-thermal.png]]<br>

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	Also long wave-radiation balance can be applied to the outer surface. However, make sure to have appropriate values for atmospheric counter radiation in the climate file you use before enabling the explicit radiation balance. Otherwise unrealistic temperatures may result at the exterior surface.		Also long wave-radiation balance can be applied to the outer surface. However, make sure to have appropriate values for atmospheric counter radiation in the climate file you use before enabling the explicit radiation balance. Otherwise unrealistic temperatures may result at the exterior surface.


	====Climate on outer Surface====		====Climate on outer Surface====

	See the "Surface" chapter of [[Plus 2.X:Visualized_Components#Opaque components\|opaque components]]		See the "Surface" chapter of [[Plus 2.X:Visualized_Components#Opaque components\|opaque components]]


	===Solar Protection===		===Solar Protection===
	====Solar Protection====		====Solar Protection====

	fehlt		fehlt


	====Window overhang====		====Window overhang====

	[[Bild:P2-win-overhang.png]]<br>		[[Bild:P2-win-overhang.png]]<br>

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	* Top Spacing: How far is the vertical distance between overhang and window?		* Top Spacing: How far is the vertical distance between overhang and window?
	* Side Spacing: How far does the overhang reach beyond the sides of the window?		* Side Spacing: How far does the overhang reach beyond the sides of the window?
	~~----~~

	===Report===		===Report===

	In tab "Report: Data & Results" all settings are shown and after the calculation [[Plus 2.X:Results\|results]] for the respective component can be found here. If "Retain calculation results" is check marked, films (the ones you can see during a calculation) and graphs are retained and excel export is possible as well. Note that this takes a lot of memory and slows the calculation up. For more information check the [[Plus 2.X:Results#transparent\|results]] chapter.		In tab "Report: Data & Results" all settings are shown and after the calculation [[Plus 2.X:Results\|results]] for the respective component can be found here. If "Retain calculation results" is check marked, films (the ones you can see during a calculation) and graphs are retained and excel export is possible as well. Note that this takes a lot of memory and slows the calculation up. For more information check the [[Plus 2.X:Results#transparent\|results]] chapter.

← Nächstältere Version		Version vom 27. März 2012, 16:52 Uhr
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	The appropriate assembly of the component can be loaded from the database. By "Select from database" you get to the		The appropriate assembly of the component can be loaded from the database. By "Select from database" you get to the
	[[Plus:Dialog_DatabaseAssemblies\|Database Assemblies]], where you can choose an assembly and either double click on it or on "Apply" to assign it.		[[Plus:Dialog_DatabaseAssemblies\|Database Assemblies]], where you can choose an assembly and either double click on it or on "Apply" to assign it.
	This assembly can of course be ~~alterd~~ using the "Edit" button (see next chapter)		This assembly can of course be altered using the "Edit" button (see next chapter)

	====Creating a new assembly with "Edit"====		====Creating a new assembly with "Edit"====
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	Each component has a inner and a outer side per definition. For more information about this see the chapter about [[Plus 2.X:Zones#Assigning zones and climates to components\|zones]]. Information about the outer side needs to be made. There are three possibilities to choose from:		Each component has a inner and a outer side per definition. For more information about this see the chapter about [[Plus 2.X:Zones#Assigning zones and climates to components\|zones]]. Information about the outer side needs to be made. There are three possibilities to choose from:
	*According to component type (outer attachment): Information about the inner and outer side of a component were already made in the Tab "General". Choosing this option, ~~WUFI~~ calculates according to this information.		*According to component type (outer attachment): Information about the inner and outer side of a component were already made in the Tab "General". Choosing this option, WUFI®plus calculates according to this information.
	*Optional climate: An [[Plus 2.X:Dialog_Climate#Optional Climate\|optional climate]], created by the user, can be assigned to the outer side of the component as well. (This is for example necessary for a base plate of a building, it could have "ground" as information about its outer side and then needs an optional soil climate attached to it.)		*Optional climate: An [[Plus 2.X:Dialog_Climate#Optional Climate\|optional climate]], created by the user, can be assigned to the outer side of the component as well. (This is for example necessary for a base plate of a building, it could have "ground" as information about its outer side and then needs an optional soil climate attached to it.)
	*Outer climate = Inner climate: Choosing this option causes ~~WUFI~~ to assume that the climate on the outer surface is the same as that on the inner.		*Outer climate = Inner climate: Choosing this option causes WUFI®plus to assume that the climate on the outer surface is the same as that on the inner.


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	[[Bild:P2-win-overhang.png]]<br>		[[Bild:P2-win-overhang.png]]<br>

	If a window is overhung by anything, the radiation arriving at the window is reduced at certain positions of the sun. Therefore values of a overhung can be entered and ~~WUFI~~ accounts for the shading cast by it.		If a window is overhung by anything, the radiation arriving at the window is reduced at certain positions of the sun. Therefore values of a overhung can be entered and WUFI®plus accounts for the shading cast by it.
	Click "New" to create a new overhang. You can create several, new ones are added to the list with the "New" Button (For more information on working with these buttons click [[Plus 2.X:Profile#The Buttons\|here]]. Click "Edit" to enter values for:		Click "New" to create a new overhang. You can create several, new ones are added to the list with the "New" Button (For more information on working with these buttons click [[Plus 2.X:Profile#The Buttons\|here]]. Click "Edit" to enter values for:
	* Depth: How far does the overhang emerge?		* Depth: How far does the overhang emerge?