Concrete is one of the most significant materials in modern society. It is widely used in many projects. Thus it is essential to study the strength and the failure patterns of this material. As well known, the compressive strength is much higher than the tensile strength for concrete. Thus, it is easy to fail due to the tensile strength for concrete. Thus, this paper focuses on the study of the tensile strength of the concrete and its failure patterns. Three types of concretes are made for studying the tensile strengths and the failure patterns of the concretes. Then the Brazilian tensile strength test method is employed in this study. The mythology of calculating tensile strength by the Brazilian tensile strength test method is introduced....
This paper is concerned with a new measuring method for impact tensile strength of brittle materials...
Concrete is undoubtedly the most important and widely used construction material of the late twentie...
This paper is concerned with a new measuring method for impact tensile strength of brittle materials...
peer reviewedIn the present numerical study, an attempt is made at a comparative analysis, in terms ...
The present study considers the tensile strength of concrete samples in direct, flexural, double pun...
Abstract As concrete and mortar materials widely used in structural engineering may suffer dynamic l...
As concrete and mortar materials widely used in structural engineering may suffer dynamic loadings, ...
The fracture and fragmentation of concrete under static and dynamic loads are studied. The uniaxial ...
Abstract The objective of this work was finding out the most advisable testing conditions for an eff...
The use and development of concrete has seen a continuous evolution since its first use 2000 years a...
Nowadays, high performance concrete is used more frequently because of the many advantages compared ...
The use and development of concrete has seen a continuous evolution since its first use 2000 years a...
AbstractThe deflection and cracking behavior of concrete structure depend on the flexural tensile st...
The present study considers the tensile strength of concrete samples in direct, flexural, double pun...
For the numerical prediction of the response of concrete structures under extreme dynamic loading, l...
This paper is concerned with a new measuring method for impact tensile strength of brittle materials...
Concrete is undoubtedly the most important and widely used construction material of the late twentie...
This paper is concerned with a new measuring method for impact tensile strength of brittle materials...
peer reviewedIn the present numerical study, an attempt is made at a comparative analysis, in terms ...
The present study considers the tensile strength of concrete samples in direct, flexural, double pun...
Abstract As concrete and mortar materials widely used in structural engineering may suffer dynamic l...
As concrete and mortar materials widely used in structural engineering may suffer dynamic loadings, ...
The fracture and fragmentation of concrete under static and dynamic loads are studied. The uniaxial ...
Abstract The objective of this work was finding out the most advisable testing conditions for an eff...
The use and development of concrete has seen a continuous evolution since its first use 2000 years a...
Nowadays, high performance concrete is used more frequently because of the many advantages compared ...
The use and development of concrete has seen a continuous evolution since its first use 2000 years a...
AbstractThe deflection and cracking behavior of concrete structure depend on the flexural tensile st...
The present study considers the tensile strength of concrete samples in direct, flexural, double pun...
For the numerical prediction of the response of concrete structures under extreme dynamic loading, l...
This paper is concerned with a new measuring method for impact tensile strength of brittle materials...
Concrete is undoubtedly the most important and widely used construction material of the late twentie...
This paper is concerned with a new measuring method for impact tensile strength of brittle materials...