Corrosion of steel reinforcement remains one of the most persistent challenges affecting the durability and service life of reinforced concrete structures, particularly in aggressive environments. Infrastructure such as bridges, metros, …
Tag:
Reinforced Concrete
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Concrete has very good compressive strength and almost negligible tensile strength. Hence, steel reinforcement is used on the tensile side of concrete. Thus, singly reinforced beams reinforced on the tensile …
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A moment resisting frame (MRF) is a structural system in building construction designed to resist lateral loads such as those from earthquakes or wind. It relies on beams and columns …
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Filler SlabProduct Technologies
What are Filler Slabs? Their advantages, materials used & application methods
Filler slabs are structural elements designed to minimise the amount of concrete used in construction while maintaining structural integrity. Instead of a solid mass, the slab incorporates voids or hollow …
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Corrosion poses a multifaceted threat to buildings and structures, jeopardising their structural integrity, safety, and long-term durability. This process occurs as iron in steel reacts with oxygen and water, resulting …
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Seismic resistance is important for buildings and structures because it ensures the safety of occupants and the preservation of property in the face of potentially catastrophic earthquakes. Proper seismic design, …
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Construction Management & Technologies – Design
An analysis of Earthquake Resistant Design of Structures
Earthquakes, tsunamis, seiches, landslides, floods, and fires are natural disasters that inflict severe damage and suffering on people. They can result in the collapse of structures, disrupt transportation systems, and …
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Reinforced concrete design and construction practice has historically focused on the use of lap splicing as a method of transferring load between reinforcement bars. This relies on the load being …
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Rebar couplers are used in precast construction for facilitating strong and efficient connections between precast concrete elements. Their significance lies in expediting construction timelines by enabling rapid and precise assembly, …
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Abstract This article introduces the methodology for durability design of marine Concrete infrastructures for a “major” maintenance free life of 120 years. A change of design approach is recommended, from …
