all about of hidden beam (1)
|

What Is Hidden Beam | Why Is It Used | Where Is It Used in Buildings | How to Design a Hidden Beam | Purpose of Hidden Beam | Advantages of Hidden Beam | Disadvantages of Hidden Beam

What Is Hidden Beam? A Hidden beam could be a reinforced concrete beam, additionally referred to as concealed beam provided at intervals within the depth of supporting slabs. So, the depth of the hidden beam is that the same as block or slab depth because it is detected. Concealed beams are widespread and form an…

All about of Development Length

What Is Development Length | Why We Provide Development Length | How to Calculate Development Length | Development Length for Single Bars

What Is Development Length? Development length is defined as the minimal size of the bar that must be set in concrete beyond one segment in order to build its maximum strength, but is also regarded as an anchorage length in situations of axial tension or axial compression. Why We Provide Development Length? Such length is expected…

ALL About of Plinth Beam

What Is Plinth | What Is Plinth Beam | What Is Plinth Protection | Purpose of the Plinth Beam in a Structure | Advantages & Disadvantages of Plinth Beam

What Is Plinth? In construction between the ground floor level and ground-level portion of the building is known as a plinth. It is generally constructed by stone masonry. To support the superstructure, when the foundation is on piles the plinth is constructed. A 75mm thick damp proof course of plane cement concrete provides on the top of…

|

Spandrel Beam | What Is Spandrel | Spandrel Beam Definition | Advantages, Disadvantages, Uses Properties & of Spandrel Beam

Introduction of Spandrel Beam In concrete construction and steel construction spandrel beam is used. Spandrel beams are mainly the load bearing beams which are connected to the circumference of the columns for providing extra support. IN high-rise buildings and masonry walls the dead load of the structure is very high and the weight of slab…

What Is Plate Load Test | Method of Plate Load Test | Limitations of Plate Load Test | What Is Plate Bearing Test Procedure | Advantages & Disadvantages of Plate Load Test
| | |

What Is Plate Load Test | Method of Plate Load Test | Limitations of Plate Load Test | Advantages & Disadvantages of Plate Load Test

What Is Plate Load Test? The Plate Load Test is a field method to identify the ultimate bearing capacity of the soil as well as the possible settlement under such a specified load. In essence, the test consists of taking a rigid plate only at the base level then deciding the settlement relating from each…

10 Different Types of Loads on Structures | What Are Structural Loads
| | | |

10 Different Types of Loads on Structures | What Are Structural Loads

Introduction of Structural Loads Structural analysis is a salient feature of a design of buildings as structural loads can typically cause stress, deformation, and displacement which might result in structural failure. What Are Structural Loads? Loads are generally the forces that can cause stresses, deformations, or accelerations. There are an ample range of distinct kinds…

What Is a Concrete Surface Retarder | Types of Retarders | Advantages & Disadvantages of Retarder in Concrete
| |

What Is a Concrete Surface Retarder | Types of Retarders | Advantages & Disadvantages of Retarder in Concrete

What Is a Concrete Surface Retarder? Surface retarders, also know surface “deactivators,” are applied to fresh concrete to chemically delay the set of the surface mortar. Unlike concrete set retarders, they allow the rest of the concrete to cure normally, without affecting the setting rate or strength gain. Because surface retarders work their magic by…

What Is Cantilever | What Is Cantilever Footing | Design of the Cantilever Footing
| |

What Is Cantilever | What Is Cantilever Footing | Design of the Cantilever Footing

What Is Cantilever? Cantilever is basically a structural element that extends horizontally and has supported at only one end. The cantilever is the structures that are fixed at one end and free at another end. Cantilever structures are widely used in the construction of cantilever bridges, cantilever slab, and balconies. The best example of the…

Requirements of Good DPC | Prevention of Dampness: Use of DPC | Methods of Damp proofing
| |

Requirements of Good DPC | Prevention of Dampness | Methods of Damp proofing

Requirements of Good DPC Here, the list of requirements of a good DPC are as follows. Totally impervious and should not allow travel of dampness. Durable and keep the building damp-proof permanently. Economical and easy in laying. Able to resist load to which it is subject. Accommodate some structural movement without fracture. Prevention of Dampness…

All About Waffle Slab
| |

All About Waffle Slab | What is Waffle Slab | Waffle Slab Details | Advantages & Disadvantages Waffle Slab | Waffle Slab Design | Construction of Waffle Slab

What is Waffle Slab? Slabs required supports which is given in the form of columns so that the load coming on the slab can be transmitted through it at the foundation. But sometimes the columns act as an obstruction where longer space is required. In the Construction of auditorium, Large seminar halls and Airports required…