Reinforced Masonry or Reinforced Brickwork
Reinforced masonry or reinforced brickwork is a building material that consists of brick, concrete, and steel. It combines the advantages of brick, which is a traditional construction material that is known for its strength and durability, and steel, which is a modern material that offers the added strength of reinforcement. The use of reinforced masonry can make buildings stronger, more durable and resistant to fire, wind, and earthquakes.
Reinforced masonry is created by placing steel reinforcement bars, or “rebars,” into the mortar between bricks. The mortar is then allowed to harden and is pointed, or finished, with traditional pointing techniques. Once the mortar has cured, the brick wall will have the added strength of steel.
The use of steel reinforcement bars in brickwork is not new; it has been used for centuries. However, in recent years, the use of steel rebars has become even more important as building codes begin to require higher standards of strength and resistance to natural disasters. Reinforced masonry is now used in a wide array of construction projects, such as bridges, high-rise buildings, stadiums, tunnels, and more.
The main purpose of reinforced masonry is to provide structural stability and strength. The steel add strength and rigidity to the masonry, making the structure less susceptible to external loads and more resistant to seismic activity. By reinforcing walls, floors, and other structural elements, engineers can make the building stronger and more durable.
In addition to providing stability and strength, reinforced masonry also provides protection from fire and other disasters. Since steel has a high melting point, it will not burn or corrode in the event of a fire or other disaster. This makes the structure more resistant to damage and helps to prevent the spread of fire. The steel also helps to absorb and dissipate the energy of an earthquake, reducing the possibility of collapse.
In general, reinforced masonry provides several advantages over traditional brickwork. It is stronger, more durable, resistant to fire and other disasters, and helps to improve the safety of buildings. It is an ideal material for use in structures that require added strength and resistance.
