Werder et al 2020a - Revision history

JSanchez at 10:03, 29 September 2020

2020-09-29T10:03:15Z

Scipediacontent: Scipediacontent moved page Draft Content 884417403 to Werder et al 2020a

2020-09-22T15:40:35Z

Scipediacontent moved page Draft Content 884417403 to Werder et al 2020a

Scipediacontent: Created page with "== Abstract == . In the framework of the European project H-House various concrete façade elements were developed with the aim to ensure a long service life by combining a v..."

2020-09-22T15:40:32Z

Created page with "== Abstract == . In the framework of the European project H-House various concrete façade elements were developed with the aim to ensure a long service life by combining a v..."

New page

== Abstract ==

. In the framework of the European project H-House various concrete façade elements were developed with the aim to ensure a long service life by combining a very durable material with selfcleaning properties. The façade elements presented are made of a shell of UHPC filled with blocks of aerated autoclaved concrete as insulating material. Self-cleaning properties were realized amongst others by imprinting a microstructure into the surface during casting. The paper focuses on selected technological aspects of the manufacturing process of prototypes which had to be performed in two concreting sections. Furthermore the challenges faced when upscaling the self-cleaning properties are addressed and the strategy to assess the self-cleaning properties by measuring the contact and the rolloff angel is presented. The results show that a successfull upscalaing process requires detailed planning and that the best results can often be achieved with a moderate work effort or material use.

== Full document ==
<pdf>Media:Draft_Content_884417403p628.pdf</pdf>

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 == Abstract ==
-. In the framework of the European project H-House various concrete façade elements were developed with the aim to ensure a long service life by combining a very durable material with selfcleaning properties. The façade elements presented are made of a shell of UHPC filled with blocks of aerated autoclaved concrete as insulating material. Self-cleaning properties were realized amongst others by imprinting a microstructure into the surface during casting. The paper focuses on selected technological aspects of the manufacturing process of prototypes which had to be performed in two concreting sections. Furthermore the challenges faced when upscaling the self-cleaning properties are addressed and the strategy to assess the self-cleaning properties by measuring the contact and the rolloff angel is presented. The results show that a successfull upscalaing process requires detailed planning and that the best results can often be achieved with a moderate work effort or material use.
+In the framework of the European project H-House various concrete façade elements were developed with the aim to ensure a long service life by combining a very durable material with selfcleaning properties. The façade elements presented are made of a shell of UHPC filled with blocks of aerated autoclaved concrete as insulating material. Self-cleaning properties were realized amongst others by imprinting a microstructure into the surface during casting. The paper focuses on selected technological aspects of the manufacturing process of prototypes which had to be performed in two concreting sections. Furthermore the challenges faced when upscaling the self-cleaning properties are addressed and the strategy to assess the self-cleaning properties by measuring the contact and the rolloff angel is presented. The results show that a successfull upscalaing process requires detailed planning and that the best results can often be achieved with a moderate work effort or material use.
 == Full document ==
 <pdf>Media:Draft_Content_884417403p628.pdf</pdf>

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