Three types were summarized to characterize the cementation-compaction relationship between cement distribution and intraclast deformation.
Durability depends upon the cement content, compaction, curing, cover and permeability.
Aiming on quantifying the effects of those factors on the strength, drying shrinkage, erodibility, capillary rise and absorption of cement-treated mixtures (CTM) of reclaimed asphalt pavement (RAP) and graded crushed stone, tests were conducted considering different RAP contents, cement contents, compaction efforts and curing times.
Better result of the dry compressive strength was observed by CEB with 0.05% of fiber content, 8% cement content and compaction pressure of the 10 MPa.
The goal of synthesizing carbonate rocks in laboratory is to simulate the natural carbonate rock matrix regarding the main factors of lithification such as grain size and shape, concentration of cementing material and compaction pressure, and allowing the production of rock specimens that can be used for tests in extreme conditions in replacement of the high cost natural cores.
Realistic values for the dosages and water-cement ratios were adopted considering soil-cement mixtures performed by compaction or by grout injection.
The mixture variables including masonry content, cement content, degree of compaction, water content and curing time were considered for the mixture design.
This study examined the effect of vibration and drainage on bone graft compaction and cement penetration in an in vitro femoral impaction bone grafting model with the use of 3-dimensional micro-computed tomographic imaging.
In the present study, the SSD condition of the aggregate was newly defined via centrifugal compaction of the cement mortar considering the penetration of cement paste into the macropores.
To inspect the degree of compaction of cement-stabilized macadam (CSM), a new detector was developed based on an instantaneous impulsion method.
