The Feasibility of Basalt Rock Powder and Superfine Sand as Partial
Replacement Materials for Portland Cement and Artificial Sand in basalt rock
powder, superfine sand, artificial sand, cement mortar, mechanical properties.
Effect of Sand Content on the Workability and Mechanical Properties
29 Jan 2019 The objective of this study is to examine the workability and various mechanical
properties of concrete using artificial lightweight aggregates
Artificial intelligence method for predicting mechanical properties of
In this paper, the aim is to propose a new model to obtain the mechanical
properties of sand/glass polymeric concrete including modulus of elasticity and
the
Replacement of Natural Sand by Crushed Sand in the Concrete
2 Jan 2017 Crush sand is free from chemical impurities such as sulphates and chlorides
which improves the properties of concrete like strength and durability
Experimental evaluation of the behavior of Sandy Soil–Cement
Keywords: mixture of soil-cement, shear strength parameters, CBR tests, uniaxial
Soils strengthened with grains by natural or artificial processes are referred to
as This concept has been successfully tested for fine-grained sand containing
Properties of Concrete by Replacement of Natural Sand with
Artificial sand generally contain more angular particles with rough surface
textures and flatter face than natural sand that are more rounded as a result of
DERIVATION OF MECHANICAL PROPERTIES FOR SAND - MSB
Mechanical properties for granular materials, such as sand, are important for
long as only moderate amount of sand grains are crushed, or phase transitions.
Experimental Investigation on Concrete by Replacement of Sand by
Concrete made from silica sand and artificial sand as fine aggregate was studied
for compressive strength, Split tensile strength and Flexural strength. So in this
Mechanical Properties and Conversion Relations of Strength
Similarly, the elastic modulus of stone-LAC and sand-LAC increased,
respectively, by 16% and artificial (such as perlite, expanded shale, clay, slate,
sintered
EXPERIMENTAL STUDY OF EFFECT OF ARTIFICIAL SAND AND
sand and demolished concrete structural aggregates on compressive strength
and workability of concrete. Artificial sand is manufactured from crushing of local
“Effect of Types of Fine Aggregate on Mechanical Properties of
artificial sand as fine aggregate in concrete as substitutes to natural sand. The
experimental work is mainly concerned with the study of mechanical properties
Technical viability of self-compacting concretes with by-products
The concrete with granitic sand had higher compressive strength than the and
artificial sand, by-products from the production of crushed coarse aggregate.
[PDF] Strength Characteristics Of Concrete With Recycled
In this paper an attempt is made to utilize recycled concrete aggregates and
artificial sand (machine made sand) in concrete, using IS10262:2009 as
guideline