Passive2:Visualized Components - Versionsgeschichte

LisaWhite am 22. Mai 2014 um 21:58 Uhr

2014-05-22T21:58:14Z

← Nächstältere Version		Version vom 22. Mai 2014, 23:58 Uhr
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	[[Bild:Passive-viscomp.png]]		[[Bild:Passive-viscomp.png]]

	All components of the building ~~requiring~~ a definition of structure, material or environment are listed under "Visualized Components" and need to be edited here. Clicking on the respective component in the entry ~~window~~ table or the in the navigation tree opens the component ~~to define~~. In the input window the component’s properties are defined. There are three possible types:		All components of the building that require a definition of structure, material or environment are listed under "Visualized Components" and need to be edited here. Clicking on the respective component in the entry table or the in the navigation tree opens the component. In the input window the component’s properties are defined. There are three possible types:

	* Opaque components (walls)		* Opaque components (walls)
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	* Openings (not relevant)		* Openings (not relevant)

	Each type ~~has~~ different data ~~to input and there~~ are also some differences for opaque components, depending on whether their surface is in contact to outer air ~~or not~~.		Each type requires different input data. There are also some differences for opaque components, depending on whether or not their surface is in contact with outer air.

	== Opaque ==		== Opaque ==
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	=== General ===		=== General ===
	[[Bild:Passive-viscomp_opaque_general.png\|right\|Opaque General]]		[[Bild:Passive-viscomp_opaque_general.png\|right\|Opaque General]]
	The first part in the general tab is always the same and unaffected by the type chosen. The first line defines, whether the component is [[Passive2:Visualized Components#Opqaue\|opaque]],[[Passive2:Visualized Components#Transparent\|transparent]] or [[Passive2:Visualized Components#Open\|open]]. The next two lines define the climates on each side of the component. To check, which side is outer and which is inner side, see this [[movie\|movie]]. In this example picture, an exterior wall is shown. Thus the inner side is defined as [[Passive2:Zone 1\|zone 1, the simulated zone]] and on the outside outer air, which is the ~~enclosed~~ climate.<br>		The first part in the general tab is always the same and unaffected by the type of component chosen. The first line defines whether the component is [[Passive2:Visualized Components#Opqaue\|opaque]],[[Passive2:Visualized Components#Transparent\|transparent]] or [[Passive2:Visualized Components#Open\|open]]. The next two lines define the climates on each side of the component. To check which side is outer and which is inner side, see this [[movie\|movie]]. In this example picture, an exterior wall is shown. Thus the inner side is defined as [[Passive2:Zone 1\|zone 1, the simulated zone]] and on the outside, outer air, which is the climate for the chosen project location.<br>
	<br>		<br>
	The data and the parameter section summarize and calculate some of the input data such as the area, inclination, orientation and the ~~hygrothermal~~ characteristic values of the component.		The data and the parameter section summarize and calculate some of the input data such as the area, inclination, orientation and the thermal characteristic values of the component.
	<br style="clear:both" />		<br style="clear:both" />

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	=== Surface ===		=== Surface ===
	[[Bild:Passive-viscomp_opaque_surface.png\|right\|Opaque surface]]		[[Bild:Passive-viscomp_opaque_surface.png\|right\|Opaque surface]]
	The surface type usually only consists of the "Heat transfer resistance" section, but if the chosen assembly has contact to outer climate, the second section appears.<br>		The surface type usually only consists of the "Heat transfer resistance" section, but if the chosen assembly has contact with the outer climate, the second section appears.<br>
	In the first section, ~~Rsi~~ and Rsi values can be either defined by WUFI by selecting the "According to component type" scope or user defined by ~~chosing~~ the respective scope.		In the first section, Rse and Rsi values can be either defined by WUFI by selecting the "According to component type" scope or user defined by choosing the respective scope.
	==== Exterior walls/doors ====		==== Exterior walls/doors ====
	~~In case~~ the chosen assembly is in contact to the outer air, the "Solar ~~absoprtion~~/emission" section appears. Here the short wave absorption and the long-wave emission of the exterior component can be defined. WUFI also has a selection on different materials with ~~the corresponding~~ values. You can find them by clicking on the scope.<br><br>		When the chosen assembly is in contact to the outer air, the "Solar absorption/emission" section appears. Here the short wave absorption and the long-wave emission of the exterior component can be defined. WUFI also has a selection of different materials with predefined values. You can find them by clicking on the scope.<br><br>
	The shading reduction factor indicates, how much solar radiation is blocked by shading objects. 1 means, 100% of solar radiation ~~affect~~ the component, whereas 0 means total shading. If your exterior wall has different shading factors, depending on the orientation, it is ~~adviseable~~ to divide the exterior wall into different components, so you ~~can~~ define the factor to each wall individually.		The shading reduction factor indicates how much solar radiation is blocked by shading objects. An entry of 1 means 100% of the solar radiation hits the component whereas 0 means total shading. If your exterior wall has different shading factors depending on the orientation, it is advisable to divide the exterior wall into different components so you're able to define the factor to each wall individually.
	<br style="clear:both" />		<br style="clear:both" />

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	=== General ===		=== General ===
	The general tab only differs from the opaque general tab in two points. The parameters section contains only one value, the Uw value of the window. Beneath, there are ~~the~~ construction Psi-values of each side of the frame. These values can either be defined by window parameters or defined by user by removing the tick.<br>		The transparent general tab only differs from the opaque general tab in two points. The parameters section contains only one value, the Uw value of the window. Beneath, there are construction Psi-values for each side of the frame. These values can either be defined by window parameters or defined by user by removing the tick.<br>
	Note: For different installation ~~situation~~ you can modify the Psi-value tab and still use the same database entry. Setting the Psi-value to 0 means no frame on this side.		Note: For different installation conditions you can modify the Psi-value tab and still use the same database entry. Setting the Psi-value to 0 means no frame-wall connection on this side.

	=== Window parameters ===		=== Window parameters ===
	This section ~~differs~~ not a lot from WUFI®Plus so is a link to the respective [[Plus_2.X:Visualized_Components#Window_Parameters\|section]] of visualized components of WUFI®Plus and ~~one~~ to the window [[Plus:Dialog_DatabaseWindows\|database]] ~~of WUFI®Plus~~.		This section does not differ a lot from WUFI®Plus. Here is a link to the respective [[Plus_2.X:Visualized_Components#Window_Parameters\|section]] of visualized components of WUFI®Plus and a link to the WUFI®Plus window [[Plus:Dialog_DatabaseWindows\|database]].
	=== Solar Protection ===		=== Solar Protection ===
	This tab contains all information about obstructions or devices that reduce the radiation on the windows.		This tab contains all information about obstructions or devices that reduce the radiation on the windows.
	==== General ====		==== General ====
	[[Bild:Passive-viscomp_trans_solprot_general.png\|right\|Solar Proection General]]		[[Bild:Passive-viscomp_trans_solprot_general.png\|right\|Solar Proection General]]
	The parameters in this section are dependent on obstructions or the way the windows are ~~implemented~~ in the wall. Also additional shading effects and a special summer shading effect can be implemented.		The parameters in this section are dependent on solar obstructions and the way the windows are installed in the wall. Also additional shading effects and a special summer shading effect can be implemented.

	==== Sunscreen device ====		==== Sunscreen device ====
	Additional shading effects caused by a sunscreen device can be input here.		Additional shading effects caused by a sunscreen device can be input here.
	==== Window overhang ====		==== Window overhang ====
	A window overhang can be implemented here. Use ~~only~~ the dimensions of the overhang which affects the window most.<br>		A window overhang can be implemented here. Use the dimensions of the overhang which affects the window most.<br>
	Note: If no overhang is specified, the dimensions of the reveal are automatically taken as the overhang.		Note: If no overhang is specified, the dimensions of the reveal are automatically taken as the overhang.
	<br style="clear:both" />		<br style="clear:both" />

SebSta: /* Window overhang */

2013-07-23T14:23:11Z

Window overhang

← Nächstältere Version		Version vom 23. Juli 2013, 16:23 Uhr
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	Additional shading effects caused by a sunscreen device can be input here.		Additional shading effects caused by a sunscreen device can be input here.
	==== Window overhang ====		==== Window overhang ====
	A window overhang can be implemented here.		A window overhang can be implemented here. Use only the dimensions of the overhang which affects the window most.<br>
			Note: If no overhang is specified, the dimensions of the reveal are automatically taken as the overhang.
	<br style="clear:both" />		<br style="clear:both" />

	== Open ==		== Open ==
	Creates an open hole. Has a different influence on the building than transparent components.		Creates an open hole. Has a different influence on the building than transparent components.

SebSta: /* General */

2013-07-23T14:20:18Z

General

← Nächstältere Version		Version vom 23. Juli 2013, 16:20 Uhr
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	=== General ===		=== General ===
	The general tab only differs from the opaque general tab in two points. The parameters section contains only one value, the Uw value of the window. Beneath, there are the construction Psi-values of each side of the frame. These values can either be defined by window parameters or defined by user by removing the tick.		The general tab only differs from the opaque general tab in two points. The parameters section contains only one value, the Uw value of the window. Beneath, there are the construction Psi-values of each side of the frame. These values can either be defined by window parameters or defined by user by removing the tick.<br>
			Note: For different installation situation you can modify the Psi-value tab and still use the same database entry. Setting the Psi-value to 0 means no frame on this side.

	=== Window parameters ===		=== Window parameters ===
	This section differs not a lot from WUFI®Plus so is a link to the respective [[Plus_2.X:Visualized_Components#Window_Parameters\|section]] of visualized components of WUFI®Plus and one to the window [[Plus:Dialog_DatabaseWindows\|database]] of WUFI®Plus.		This section differs not a lot from WUFI®Plus so is a link to the respective [[Plus_2.X:Visualized_Components#Window_Parameters\|section]] of visualized components of WUFI®Plus and one to the window [[Plus:Dialog_DatabaseWindows\|database]] of WUFI®Plus.

SebSta: /* Exterior walls/doors */

2013-07-23T14:17:56Z

Exterior walls/doors

← Nächstältere Version		Version vom 23. Juli 2013, 16:17 Uhr
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	==== Exterior walls/doors ====		==== Exterior walls/doors ====
	In case the chosen assembly is in contact to the outer air, the "Solar absoprtion/emission" section appears. Here the short wave absorption and the long-wave emission of the exterior component can be defined. WUFI also has a selection on different materials with the corresponding values. You can find them by clicking on the scope.<br><br>		In case the chosen assembly is in contact to the outer air, the "Solar absoprtion/emission" section appears. Here the short wave absorption and the long-wave emission of the exterior component can be defined. WUFI also has a selection on different materials with the corresponding values. You can find them by clicking on the scope.<br><br>
	The shading reduction factor indicates, how much solar radiation is blocked by shading objects. ~~100%~~ means, 100% of solar radiation ~~can~~ affect the component, whereas 0% means ~~0% of radiation reach the component~~. If your exterior wall has different shading factors, depending on the orientation, it is adviseable to divide the exterior wall into different components, so you can define the factor to each wall individually.		The shading reduction factor indicates, how much solar radiation is blocked by shading objects. 1 means, 100% of solar radiation affect the component, whereas 0 means total shading. If your exterior wall has different shading factors, depending on the orientation, it is adviseable to divide the exterior wall into different components, so you can define the factor to each wall individually.
	<br style="clear:both" />		<br style="clear:both" />

SebSta: /* General */

2013-07-23T14:15:28Z

General

← Nächstältere Version		Version vom 23. Juli 2013, 16:15 Uhr
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	=== General ===		=== General ===
	[[Bild:Passive-viscomp_opaque_general.png\|right\|Opaque General]]		[[Bild:Passive-viscomp_opaque_general.png\|right\|Opaque General]]
	The first part in the general tab is always the same and unaffected by the type chosen. The first line defines, whether the component is [[Passive2:Visualized Components#Opqaue\|opaque]],[[Passive2:Visualized Components#Transparent\|transparent]] or [[Passive2:Visualized Components#Open\|open]]. The next two lines define the climates on each side of the component. To check, which side is outer and which is inner side, see this [[movie\|movie]]. In ~~our~~ example picture, ~~we have~~ an exterior wall~~, so on~~ the inner side ~~we have~~ [[Passive2:Zone 1\|zone 1, the simulated zone]] and on the outside ~~the~~ outer air, which is the enclosed climate.<br>		The first part in the general tab is always the same and unaffected by the type chosen. The first line defines, whether the component is [[Passive2:Visualized Components#Opqaue\|opaque]],[[Passive2:Visualized Components#Transparent\|transparent]] or [[Passive2:Visualized Components#Open\|open]]. The next two lines define the climates on each side of the component. To check, which side is outer and which is inner side, see this [[movie\|movie]]. In this example picture, an exterior wall is shown. Thus the inner side is defined as [[Passive2:Zone 1\|zone 1, the simulated zone]] and on the outside outer air, which is the enclosed climate.<br>
	<br>		<br>
	The data and the parameter section summarize and calculate some of the input data such as the area, inclination, orientation and the hygrothermal characteristic values of the component.		The data and the parameter section summarize and calculate some of the input data such as the area, inclination, orientation and the hygrothermal characteristic values of the component.

SebSta: /* General */

2013-07-23T14:13:40Z

General

← Nächstältere Version		Version vom 23. Juli 2013, 16:13 Uhr
Zeile 13:		Zeile 13:
	=== General ===		=== General ===
	[[Bild:Passive-viscomp_opaque_general.png\|right\|Opaque General]]		[[Bild:Passive-viscomp_opaque_general.png\|right\|Opaque General]]
	The first part in the general tab is always the same and unaffected by ~~which~~ type is chosen. The first line defines, whether the component is [[Passive2:Visualized Components#Opqaue\|opaque]],[[Passive2:Visualized Components#Transparent\|transparent]] or [[Passive2:Visualized Components#Open\|open]]. The next two lines define the climates on each side of the component. To check, which side is outer and which is inner side, see this [[movie\|movie]]. In our example picture, we have an exterior wall, so on the inner side we have [[Passive2:Zone 1\|zone 1, the simulated zone]] and on the outside the outer air, which is the enclosed climate.<br>		The first part in the general tab is always the same and unaffected by the type chosen. The first line defines, whether the component is [[Passive2:Visualized Components#Opqaue\|opaque]],[[Passive2:Visualized Components#Transparent\|transparent]] or [[Passive2:Visualized Components#Open\|open]]. The next two lines define the climates on each side of the component. To check, which side is outer and which is inner side, see this [[movie\|movie]]. In our example picture, we have an exterior wall, so on the inner side we have [[Passive2:Zone 1\|zone 1, the simulated zone]] and on the outside the outer air, which is the enclosed climate.<br>
	<br>		<br>
	The data and the parameter section summarize and calculate some of the input data such as the area, inclination, orientation and the hygrothermal characteristic values of the component.		The data and the parameter section summarize and calculate some of the input data such as the area, inclination, orientation and the hygrothermal characteristic values of the component.

SebSta: /* General */

2013-07-02T11:00:02Z

General

← Nächstältere Version		Version vom 2. Juli 2013, 13:00 Uhr
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	=== General ===		=== General ===
	[[Bild:Passive-viscomp_opaque_general.png\|right\|Opaque General]]		[[Bild:Passive-viscomp_opaque_general.png\|right\|Opaque General]]
	The first part in the general tab is always the same and unaffected by which type is chosen. The first ~~tab~~ defines, whether the component is [[Passive2:Visualized Components#Opqaue\|opaque]],[[Passive2:Visualized Components#Transparent\|transparent]] or [[Passive2:Visualized Components#Open\|open]]. The next two ~~tabs~~ define the climates on each side of the component. To check, which side is outer and which is inner side, see this [[movie\|movie]]. In our example picture, we have an exterior wall, so on the inner side we have [[Passive2:Zone 1\|zone 1, the simulated zone]] and on the outside the outer air, which is the enclosed climate.<br>		The first part in the general tab is always the same and unaffected by which type is chosen. The first line defines, whether the component is [[Passive2:Visualized Components#Opqaue\|opaque]],[[Passive2:Visualized Components#Transparent\|transparent]] or [[Passive2:Visualized Components#Open\|open]]. The next two lines define the climates on each side of the component. To check, which side is outer and which is inner side, see this [[movie\|movie]]. In our example picture, we have an exterior wall, so on the inner side we have [[Passive2:Zone 1\|zone 1, the simulated zone]] and on the outside the outer air, which is the enclosed climate.<br>
	<br>		<br>
	The data and the parameter section summarize and calculate some of the input data such as the area, inclination, orientation and the hygrothermal characteristic values of the component.		The data and the parameter section summarize and calculate some of the input data such as the area, inclination, orientation and the hygrothermal characteristic values of the component.

SebSta: /* Transparent */

2013-07-02T08:46:27Z

Transparent

← Nächstältere Version		Version vom 2. Juli 2013, 10:46 Uhr
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	== Transparent ==		== Transparent ==
	~~These are pretty much windows, but i guess also glass doors can be input here. i think there can be a seperation into 3 subpoints aswell, but i dont know, if we need them~~
	=== General ===		=== General ===
	The general tab only differs from the opaque general tab in two points. The parameters section contains only one value, the Uw value of the window. Beneath, there are the construction Psi-values of each side of the frame. These values can either be defined by window parameters or defined by user by removing the tick.		The general tab only differs from the opaque general tab in two points. The parameters section contains only one value, the Uw value of the window. Beneath, there are the construction Psi-values of each side of the frame. These values can either be defined by window parameters or defined by user by removing the tick.

SebSta: /* Window overhang */

2013-06-27T07:57:36Z

Window overhang

← Nächstältere Version		Version vom 27. Juni 2013, 09:57 Uhr
Zeile 45:		Zeile 45:
	Additional shading effects caused by a sunscreen device can be input here.		Additional shading effects caused by a sunscreen device can be input here.
	==== Window overhang ====		==== Window overhang ====
			A window overhang can be implemented here.
	<br style="clear:both" />		<br style="clear:both" />

	== Open ==		== Open ==
	Creates an open hole. Has a different influence on the building than transparent components.		Creates an open hole. Has a different influence on the building than transparent components.

SebSta: /* Open */

2013-06-27T07:55:05Z

Open

← Nächstältere Version		Version vom 27. Juni 2013, 09:55 Uhr
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	== Open ==		== Open ==
	Creates an open hole. Has a different influence on the building as transparent components.		Creates an open hole. Has a different influence on the building than transparent components.