Bauwerksverstärkung, Brückenverstärkung, Bücke verstärken, Vorspannsystem Bau, CFK Lamelle, Lamellen, Kohlenstofffaserverstärkte Lamellen, Erdbebensicherheit, Erdbebenverstärkung, Erdbebenertüchtigung, Erdbeben, Erdbeben Schutz, Bau verstärken, Schlaffe Lamellen, Schlaffe CFK Lamelle, Spannsystem StressHead-CarboStress, StressHead Spannsystem, Vorspannsystem StrsesHead, StressHead Luzern, StressHead AG, StressHead Ltd, Erdbeben Schweiz, Plattenverstärkung, Betonplatte verstärken, Vorspannsystem Bau, Spannkopf, CFK Spannsystem, CFK System, Tragwerksverstärkung, Tragwerk Verstärken, Bau renovieren, Umnutzung Geschoss, Horizontale Belastung Erdbeben, Spannglied, Gebäude Erdbebensicher, Erdbebensicheres Gebäude, Erdbebensicherheit Schweiz, Bahnbrücke verstärken, Eisenbahnbrücke Verstärkung, Strassenbrücke Verstärkung
Earthquake resistance re-engineering
Weihermatt care home
Urdorf, Switzerland (CH)
Client:
post-tensioning system:
Completition:
Gemeinde Urdorf
StressHead AG
2012
Project description
During refurbishment and extension of the Weihermatt care home in Urdorf, its earthquake resistance was investigated. It was found that the building did not meet the current standards and earthquake resistance re-engineering and strengthening was necessary.
Solution
To re-engineer the earthquake resistance, 8 masonry walls were strengthened with post-tensioned CFRP plates. In the basement the tensioning system is anchored directly in the deck slab. The tendons then pass through 6 storeys up to the roof of the building, where the tensioning ends are located. The tensioning force is transferred through the deck slab onto the walls below using threaded rods which anchor the StressHeads into the slab.
Overview
Project description
Solution
-crop-u8794.jpg?crc=473083238)
.jpg?crc=267261318)
-crop-u8852.jpg?crc=55092862)
.jpg?crc=4012824545)
1 / 4
<
>
| Weihermatt care home