A method of designing the reinforcement in the anchorage zone of a post-tensioned prestressed concrete beam is discussed. It involves the determination of the bursting tension in the anchorage zone by making use of a set of design curves that are given. These design curves have been obtained from a detailed, three-dimensional, theoretical and experimental analysis of the stress distribution in the anchorage zone. The amount of reinforcement required for resisting bursting tension can then be determined. Several examples are given to illustrate the use of the design curves
A simple method is presented, suitable for the repetitive testing necessary to investigate fully the...
AbstractConstruction duration of cast in place segmental bridges can be accelerated by using rapid h...
The concrete stress behavior and cause of cracking at the anchorage zones of top and bottom slabs of...
The symbols as used in the text are defined as follows: p — uniform stress on cross sec-tion due to ...
The anchorage zone of post-tensioned concrete structures is a discontinuity region, where a redistri...
The dispersal of the highly concentrated anchorage forces into the concrete element in post-tension...
Although the technique of pretensioning is commonly applied, there are still major optimization oppo...
The purpose of this thesis was to investigate about two zones of beam namely as Compression and tens...
W artykule przedstawiono podstawy teoretyczne złożonego stanu naprężeń w strefie zakotwień. Wymienio...
Recherche sur le comportement et la modélisation de zones d'ancrages de câbles de précontrainte. Ana...
Validity of the approximate equation for predicting compressive stress in the posttensioned anchorag...
In order to optimize the end block of a prestressed girder, nonlinear finite element models are freq...
A simplified shear design method is proposed for reinforced and prestressed concrete beams, based on...
Anchorage zones of post-tensioned (PT) concrete slabs experience concentrated stresses as a result o...
In Nowdays, prestressed concrete founds wide application in the construction of engineering struct...
A simple method is presented, suitable for the repetitive testing necessary to investigate fully the...
AbstractConstruction duration of cast in place segmental bridges can be accelerated by using rapid h...
The concrete stress behavior and cause of cracking at the anchorage zones of top and bottom slabs of...
The symbols as used in the text are defined as follows: p — uniform stress on cross sec-tion due to ...
The anchorage zone of post-tensioned concrete structures is a discontinuity region, where a redistri...
The dispersal of the highly concentrated anchorage forces into the concrete element in post-tension...
Although the technique of pretensioning is commonly applied, there are still major optimization oppo...
The purpose of this thesis was to investigate about two zones of beam namely as Compression and tens...
W artykule przedstawiono podstawy teoretyczne złożonego stanu naprężeń w strefie zakotwień. Wymienio...
Recherche sur le comportement et la modélisation de zones d'ancrages de câbles de précontrainte. Ana...
Validity of the approximate equation for predicting compressive stress in the posttensioned anchorag...
In order to optimize the end block of a prestressed girder, nonlinear finite element models are freq...
A simplified shear design method is proposed for reinforced and prestressed concrete beams, based on...
Anchorage zones of post-tensioned (PT) concrete slabs experience concentrated stresses as a result o...
In Nowdays, prestressed concrete founds wide application in the construction of engineering struct...
A simple method is presented, suitable for the repetitive testing necessary to investigate fully the...
AbstractConstruction duration of cast in place segmental bridges can be accelerated by using rapid h...
The concrete stress behavior and cause of cracking at the anchorage zones of top and bottom slabs of...