This paper presents the results of an experimental study about the effects of pumice powder,
different water/(cement+ mineral additive) ratios and pumice aggregates on some physical …

A machine learning aided (MLA) method is employed for the direct permittivity retrieval of
dispersive and non-dispersive materials. The method requires low-cost measurements since …

A machine learning (ML) approach is proposed to provide an accurate retrieval of the
dielectric properties of materials. In our earlier work, based on a semi-analytic solution of …

This article presents an inexpensive transmission line (TL) approach to reconstruct the
dielectric properties of dispersive and non-dispersive materials, with low or high loss. This …

This article presents a dielectric characterization method based on transmitted power
measurements in the microwave regime for nondispersive materials. The method can …

Present study is aimed to investigate the mechanical and durability properties of trio-fiber
self-compacting concrete (TFSCC) containing fly ash. Self-compacting concrete was …

This paper presents the results of an experimental study on the effects of fly ash, different
water/(cement+ mineral additive) ratios and pumice aggregates to some physical and …

This paper presents the results of an experimental study of the effects of blast furnace slag,
different water/(cement+ mineral additive) ratios and pumice aggregates on some physical …

A non-resonant microwave method has been proposed for accurate complex permittivity
determination of low-loss materials. The method uses two measurement data of the …

This paper reports the results of the study conducted to evaluate the influence of natural
zeolite (NZ) and blast furnace slag (BFS) and both NZ+ BFS on the ultrasonic pulse velocity …