Sulphate and Chloride Attack on Concrete – Mechanism and Prevention
Complete guide to sulphate and chloride attack on concrete – mechanisms, chemical reactions, IS 456 limits, SRC cement for sulphate, GGBS for chloride, and prevention measures.
Complete guide to sulphate and chloride attack on concrete – mechanisms, chemical reactions, IS 456 limits, SRC cement for sulphate, GGBS for chloride, and prevention measures.
Complete guide to compressive strength of concrete – cube test procedure IS 516, grades M10 to M80, characteristic vs mean strength, strength gain with age and all key factors.
Complete guide to all factors affecting concrete strength – water-cement ratio (most important), compaction, curing, cement type, aggregate, age, admixtures with quantified effects and IS codes.
Complete guide to flexural strength of concrete (modulus of rupture) – beam test procedure IS 516, two-point and centre-point formulas, IS 456 formula fr=0.7√fck, solved numerical.
Complete guide to tensile strength of concrete – why concrete is weak in tension, split cylinder test IS 5816, formula, IS 456:2000 modulus of rupture formula and design applications.
Complete guide to water-cement ratio law – Abrams’ Law formula, mechanism (capillary porosity), IS 456:2000 Table 5, Feret’s formula, Powers’ gel-space ratio, and 3 solved numericals.
Compressive strength is that the capacity of fabric or structure to resist or withstand under compression. The Compressive strength of a cloth is decided by the power of the fabric to resist failure within the sort of cracks and fissure. In this test, the impact force applied on both faces of Mortar specimen made with…
The term mortar is used to indicate a paste prepared by adding a required quantity of water to a mixture of binding material like cement or lime and fine…
The slump test is the most popular because of the simplicity of the equipment required and the test procedure
WHAT ARE THE TYPES OF DEFECTS IN CONCRETE AND ITS REPAIR What Are The Post Concrete Defects