Poor concrete construction methods and workmanship are responsible for the failure of buildings and structure. The poor construction methods and workmanship are caused due to negligence and inadequate quality control at the construction site. The main reason for poor construction ...
Concrete Cracks
Home/Concrete Technology/Concrete Cracks/Page 7Do you need to remove the ads? Get the paid membership
Discy Latest Articles
Types of Cracks in Concrete due to Moisture Change
Types of cracks in concrete due to moisture change is initial shrinkage cracks, plastic shrinkage, plastic settlement and initial expansion of concrete. These types of cracks occurs due to moisture change in concrete which are discussed in detail. Building materials ...
CAUSES OF CONCRETE DAMAGE IN STRUCTURES
Damage to structural concrete can be due to the use of excessive water, poor cement, poor construction practices, improper mixture proportioning, dirty or low quality aggregate, and inadequate curing.
Thermal Cracking of Concrete and Prevention
Thermal Cracking of Concrete and Prevention Temperature difference within a concrete structure may be caused by portions of the structure losing heat of hydration at different rates or by the weather conditions cooling or heating one portion of the structure ...
Types of Design and Detailing Errors in Construction and their Prevention
Common design and detailing errors in construction arises due to either inadequate structural design or due to lack of attention to relatively minor design details. Types of Design and Detailing Errors in Construction and their Prevention Following are the different ...
LONG TERM SHRINKAGE CRACKING OF CONCRETE
Long Term Shrinkage Cracking of Concrete: Shrinkage is the inherent property of cement paste, which in pure form may shrink up to 1%. Aggregate provides internal restraint that reduces the magnitude of this volume change to about 0.06%. Shrinkage also ...
Sealing of Various Types of Joints in Building Construction
Protection systems of joints include the sealing of cracks, contraction (control) joints, expansion joints, and construction joints. Joint sealants in concrete minimize the intrusion of liquids, solids, or gases, and protect the concrete against damage.
What is Distress of Concrete and its Remedial Measures?
What is Distress of Concrete? Distress in concrete members occurs with age due to corrosion in reinforcement, loading, settlement of foundations etc. This distress in in building can be found by development of cracks in concrete members such as slabs, ...