... temperature cement slurry formula cement chemistry optimization design oil well cement cement stone casing and cementing hollow microsphere compressive strength slurry cement formulation strength development microsphere strength strength agent cement slurry performance evaluation...

... ABSTRACT The purpose of this study is to investigate the strength development of dredged marine clay stabilized with basic oxygen furnace (BOF) steel slag from early curing to later curing times using the shear wave velocity. The vane shear test (LVS), unconfined compression test (UCS...

... the strength development of cement treated soils with different initial water contents and the different sand contents by the same parameters. INTRODUCTION In the coastal area, sediment dredging is regularly carried out to maintain navigable channel and harbor. Particularly for ports located in Seto Inland...

..., there were very few studies of applicability of BOS-treated marine clay and was no evaluation for the strength development with respect to various curing times and hydraulic resistance property of stabilized marine clay. critical shear stress drilling fluids and materials bostreated clay equation...

... ABSTRACT This study aims to investigate the strength development of stabilized dredged marine using Basic Oxygen Furnace Steel Slag (BOS). Physical property tests of the dredged marine clay and BOS, and a flow value test and two types of strength test---Laboratory vane shear test...

... ABSTRACT In this study, we investigated strength development in high-fluidity ductile-fiber-reinforced cementitious composites (HFDFRCCs) using recycled fine aggregate at material ages up to one year. In order to obtain the development of compressive and flexural strengths, we tried to apply...

... shear test upstream oil & gas strength normalized water content equation cement solid waste management kpa liquid limit correction factor cement addition tendency drilling fluids and materials strength development cement content lv test reaction dredged clay water content...

... density can be regulated between 1.2g/cm 3 and 1.7g/cm 3 . The cement slurry has excellent performance such as a rapid compressive strength development at 4°C(4MPa/16hours), good rheology, anti-migration ability and no sedimentation. INTRODUCTION Deep water cementing is different from land cementing...

..., flexural or compressive stress. In order to evaluate the material properties of DFRCC, shrinkage, creep, strength development, and cyclic loading tests were carried out. This paper presents the conclusions that the equation proposed in this study can be used to estimate the strength development of DFRCC...