This article presents an application of microwave near-field technique into the cement-based material, which is designated as engineered cementitious mortar in civil material engineering. Parallel measurements of microwave near-field probing and conventional compression test were undertaken. The objective of this interdisciplinary research is to develop correlations of compressive strengths with electrical properties at microwave frequencies. First-order exponential regressions were applied to the measurement data. Simple yet accurate correlation models have been developed for strength prediction
Determination of concrete compressive strength is one of the most important factors in the construct...
attenuation, phase velocity, penetration depth The results of measurement and calculation of electro...
The results of measurement and monitoring of reflection and transmission properties of cement-based ...
This paper presents the results of a cross-disciplinary research project work, where microwave near-...
This paper presents the results of microwave and mechanical measurements of engineered cementitious ...
This paper presents the results of microwave and mechanical measurements of engineered cementitious ...
This paper presents the results of microwave and mechanical measurements of engineered cementitious ...
Several microwave frequencies were used to measure the dielectric and reflection properties of four ...
Microwave reflection properties of four cement paste samples with various water-cement (w/c) ratios ...
The compressive strength of concrete after 28 days of curing is the vital parameter in the structura...
In-situ evaluation of the compressive strength of existing concrete structures using a direct approa...
Abstract—One of the most important parameters associated with concrete is its compressive strength. ...
This research article presents dual-frequency correlation models for predicting the growth of elasti...
Microwave noninvasive and evaluation techniques have shown to be promising for characterization of c...
Near-field nondestructive reflection property characterization of concrete based materials using ope...
Determination of concrete compressive strength is one of the most important factors in the construct...
attenuation, phase velocity, penetration depth The results of measurement and calculation of electro...
The results of measurement and monitoring of reflection and transmission properties of cement-based ...
This paper presents the results of a cross-disciplinary research project work, where microwave near-...
This paper presents the results of microwave and mechanical measurements of engineered cementitious ...
This paper presents the results of microwave and mechanical measurements of engineered cementitious ...
This paper presents the results of microwave and mechanical measurements of engineered cementitious ...
Several microwave frequencies were used to measure the dielectric and reflection properties of four ...
Microwave reflection properties of four cement paste samples with various water-cement (w/c) ratios ...
The compressive strength of concrete after 28 days of curing is the vital parameter in the structura...
In-situ evaluation of the compressive strength of existing concrete structures using a direct approa...
Abstract—One of the most important parameters associated with concrete is its compressive strength. ...
This research article presents dual-frequency correlation models for predicting the growth of elasti...
Microwave noninvasive and evaluation techniques have shown to be promising for characterization of c...
Near-field nondestructive reflection property characterization of concrete based materials using ope...
Determination of concrete compressive strength is one of the most important factors in the construct...
attenuation, phase velocity, penetration depth The results of measurement and calculation of electro...
The results of measurement and monitoring of reflection and transmission properties of cement-based ...