All About RCC Beam Design and The Spreadsheet

RCC beams that are used in cement concrete generally reinforced with the steel bars. These kinds of beams have the capacity to resist both compensation and tensile forces for adjoining rigidity to the structure.

Though beams are generally familiar to carry the vertical gravitational forces, they also have the capability to carry some of the horizontal loads such as loads owing to the wind or earthquake as well. The loads that are carried through a beam are moved to the walls, columns, or girders that transfer the force to the adjoining structural compression components.

You will get diverse kinds of beam construction, as well as RCC design and the common two among them, are:

  • Singly reinforced beam
  • Doubly reinforced beam

Singly reinforced beam
It is the kind of beam that is provided with the reinforcement that is related to longitude in the tension zone only. The concrete in the beam is responsible for handling the compressive forces. If you are thinking how to make the procedure of designing the beams easy as well as effective, go for Rcc beam design excel sheet download.

Doubly reinforced beam
This kind of beam comes with the following features:

  • Beams that are reinforced with steel in the compression as well as in the tension zones are termed as reinforced beams.
  • You need this type of beam while owing to architectural consideration or head room consideration, the depth of the beam is restricted.
  • When the beam along with its limited depth reinforced on the tension side may not have enough moment of resistance for resisting the bending moment.

If you don’t have any experience of using RCC spreadsheets and thinking what are the parts that will be there, have a look at the following segments:

  • Beam Design
  • Column Design
  • Slab Design
  • Grid Floor Analysis & Design
  • Staircase Design
  • Combined Footing
  • Dome Design
  • Isolated Footing
  • 3 Hinged Arch Design
  • Circular Beam
  • Slender Column
  • Bi-Axial Column
  • Deflection Calculation
  • DESIGN OF L Shaped Cantilever RETAINING WALL
  • DESIGN OF Reverse L Shaped Cantilever RETAINING WALL

The spreadsheet will not make you easy for you to complete the task within a limited amount of time but also makes it sure that there is no error in it. All that you need to do is to download the spreadsheet, go through the manual, and do a thorough research on how to use it. Once the task is done, you can use it and get the result that you are looking for. Click the link below to download the spreadsheet.

Download RCC Design Spradsheet For Free

rcc design excel

Types Of Reinforced Concrete

Fibers are used in cement to deal with the splitting attributes and lessen penetrability. The encompassing concrete ensures the steel utilized for reinforcement. Glass fiber reinforced concrete is utilized for design items and steel fibers are for the most part utilized for paving and inside passages.

• History of Reinforced Concrete

Fibers have been used for concrete reinforcement since prehistoric times though technology has improved significantly, as is applicable for other fields. In the early age, straw and mortar were used for producing mud bricks, and horsehair was used for their reinforcement. As the fiber technology developed, cement was reinforced by asbestos fibers in the early twentieth century.

  • Glass Fiber Reinforced Concrete (GFRC)

Glass fiber reinforced concrete has been successfully used since the last 25 years for concrete reinforcement, in addition to steel. GFRC is being manufactured into big panels with a simple configuration or into intricate shapes by using special techniques. Originally, GFRC components were anchored directly with the buildings by the use of metal studs. It was revealed that GFRC shifts considerably due to which the direct anchors are being replaced by slip anchors. Several structures use GFRC for dissimilar facing like ceramic tiles, bricks, and architectural purposes.

types of concrete
  • Steel Fiber Reinforced Concrete (SFRC)

Steel fiber reinforced concrete is a composite material that can be sprayed. It consists of hydraulic cements with steel fibers that are dispersed randomly and possess a rectangular cross-section. The steel fibers reinforce concrete by withstanding tensile cracking. The flexural strength of fiber reinforced concrete is greater than the un-reinforced concrete. Reinforcement of concrete by steel fibers is isotropic in nature that improves the resistance to fracture, disintegration, and fatigue. Steel fiber reinforced concrete is able to withstand light and heavy loads.

  • Engineered Cementitious Composite (ECC)

A fiber reinforced concrete has been developed recently that is called Engineered Cementitious Composite (ECC). It is claimed that this concrete is 40 % lighter than normal concrete, resistance to cracking exceeds 500 times, and strain hardening exceeds several percent strain. Thus, the ductility is significantly greater than normal concrete. It is also known as bendable concrete since it can easily be molded and shaped. It can self-repair minor cracks by the reaction with carbon dioxide and rainwater, making the concrete stronger.