Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
REINFORCED CONCRETE ELEMENTS OF LANDSCAPING OF ALLOTMENT GARDENS ON THE TERRAIN
Simplicity of formation of the monolithic reinforced concrete and benefits of its use in the restrained conditions of the terrain make its application lucrative. Retaining walls and stairs are the most widely spread monolithic concrete elements used in the landscaping of private allotment gardens on the terrain. In the article, the authors propose their design solutions for reinforced concrete elements integrated into the landscaping of allotment gardens on the terrain: a sheet-pile retaining wall with stairs and a monolithic reinforced concrete arch bridge. The authors provide their sample analysis of a monolithic sheet-pile retaining wall with a stairs. Its steps and stair-head were analyzed as flexural elements tightly coupled with the retaining wall, with a platform on three sides and steps on two sides. There are formwork drawings and reinforcement drawings of a monolithic sheet-pile retaining wall with a stairs in the article. Analysis of a monolithic reinforced concrete arch bridge was performed using LIRA software. To reduce the temperature and shrinkage stresses in an arch bridge, as well as stresses that arise in it in case of installation of supports, a two-hinged arch was chosen as the design bridge model. There are dimensions of the formwork, pattern of the steel frame of the reinforced concrete arch bridge and the design solution of a swivel support unit in the article.
REINFORCED CONCRETE ELEMENTS OF LANDSCAPING OF ALLOTMENT GARDENS ON THE TERRAIN
Simplicity of formation of the monolithic reinforced concrete and benefits of its use in the restrained conditions of the terrain make its application lucrative. Retaining walls and stairs are the most widely spread monolithic concrete elements used in the landscaping of private allotment gardens on the terrain. In the article, the authors propose their design solutions for reinforced concrete elements integrated into the landscaping of allotment gardens on the terrain: a sheet-pile retaining wall with stairs and a monolithic reinforced concrete arch bridge. The authors provide their sample analysis of a monolithic sheet-pile retaining wall with a stairs. Its steps and stair-head were analyzed as flexural elements tightly coupled with the retaining wall, with a platform on three sides and steps on two sides. There are formwork drawings and reinforcement drawings of a monolithic sheet-pile retaining wall with a stairs in the article. Analysis of a monolithic reinforced concrete arch bridge was performed using LIRA software. To reduce the temperature and shrinkage stresses in an arch bridge, as well as stresses that arise in it in case of installation of supports, a two-hinged arch was chosen as the design bridge model. There are dimensions of the formwork, pattern of the steel frame of the reinforced concrete arch bridge and the design solution of a swivel support unit in the article.
REINFORCED CONCRETE ELEMENTS OF LANDSCAPING OF ALLOTMENT GARDENS ON THE TERRAIN
Malakhova Anna Nikolaevna (Autor:in) / Mukhin Mikhail Aleksandrovich (Autor:in)
2012
Aufsatz (Zeitschrift)
Elektronische Ressource
Unbekannt
Metadata by DOAJ is licensed under CC BY-SA 1.0
| British Library Online Contents | 1996
Norwegian allotment gardens — a study of motives and benefits
| British Library Online Contents | 2016