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What are the Methods for Transportation of Concrete?

What is Transportation of Concrete?
Transportation of concrete is a way to move fresh concrete from where it is mixed to where it will likely be used in the structure. Since the time it takes to move concrete depends mostly on how long it takes to set up at first and how much workability is needed at the site, it should be a design parameter. The method of moving concrete is decided ahead of time so that the right additives can be added to improve certain properties.

Importance of Transporting Concrete:
The planning and execution of concrete transportation must be meticulous. For temporary jobs, thirty minutes of travel time is usually sufficient. Concrete should be unloaded from agitating transport equipment at a ready-mix plant or other central or mobile plants within two hours. This time is cut in half if the silent transport vehicles are utilized. To avoid honeycombing or chilly joints, you should not wait around. If you choose the wrong way to transport concrete, it could get mixed up and be useless. So, the right way must be chosen to move the concrete based on the needs. There are many things to think about when choosing how to transport concrete, such as:

  • Type of concrete mix and its parts
  • Conditions of the weather, like humidity, temperature, wind speed, etc.
  • Size of building, Type of building
  • Topography
  • Position of the batching plant
  • Price of transportation

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What are the Types of Frame Structures?

What is Frame Structure?
Framing is the process of mixing building materials to form the framework of a building. As a result, a framed structure uses beams, columns, and a slab to withstand gravity and other lateral loads. As a rule, these structures are employed to counteract the pressures and moments that emerge from the loading.

Characteristics of a Frame Structure:

  • A-frame structure is a carefully arranged set of beams, columns, and slabs that can withstand the tremendous stresses and moments generated by severe gravity and lateral loads.
  • They come together to form a framework of steel or concrete that supports the weight and transmits it to the ground without incident.
  • In a framed structural system, walls are used to enclose the resulting cavity. There are two types of walls here: load-bearing and non-load-bearing. Shear walls make up the bulk of the framed building’s load-bearing walls.
  • Pin or permanent connections join the frame’s structural parts.
  • Consequently, beams, columns, slabs, and shear walls are a framed structure’s primary structural or load-carrying elements (load-bearing walls).
  • The framework of a building may be fabricated from a wide variety of materials.

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Different Types of Loads used in Construction and Structure

What is Load?
Loads are the forces that can result in stresses, deformations, or accelerations. There are numerous different types of structural loads that can act on a structure. Its nature will differ depending on the design, usage, location, and materials. When a structure fails, it is almost always because its load-carrying capacity is inadequate for its actual load. Compression, Tension, and Shear are all possible types of structural loads.

In the field of structural analysis, engineers examine the effects of loads on structures and structural components. It is important to keep an eye on how much weight a structure can handle to avoid structural failure. Structural problems and even failure can result from various loads, which can cause stress, displacement, or deformation. An important and difficult task is determining the total load on a structure.
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Site Preparation of Building Construction Project

What is Site Preparation?
The term “site preparation” describes the actions taken before an engineer begins their work. The site cleared in preparation for the new building is called the old or unfriendly site. Since the land and structures already there are suitable for the construction work that will soon begin there, site preparation is not required.

Before construction, the site must be prepared by demolishing old buildings, clearing building sites, mapping underground services and wires, doing a site survey and layout, and treating termites. To get a construction site ready, blasting, test drilling, landfilling, leveling, earth-moving, excavating, land drainage, and other types of land preparation. Construction Work on preparing the site is important for any project. Before the main building work begins, a construction site needs to be set up.

There may be a lot of obstacles on the construction site, such as old buildings or structures, big trees, sloping ground, loose soil, and underground services. It could cause problems when building. For construction projects to go smoothly, the site must be ready for the building before work can begin.
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Types of Bridge Railings

The fundamental objective of a bridge railing system is to offer public safety along the length and edges of the bridge. This includes rerouting rogue automobiles back onto the road without posing a safety threat, as well as guaranteeing the safety of bicyclists and pedestrians. Although bridge railing systems do not provide structural support, they must be crashworthy. Bridge railing, as a result, differs from ordinary highway railing in that it is more rigid than flexible highway railing. Because it provides a progressive shift in the stiffness of the two railing systems, transition railing is utilized to connect the two railing systems. Railing design and needs have changed as vehicle size and power have changed.

The most recent standard for crash testing devices on the National Highway System is the AASHTO Manual for Assessing Safety Hardware (MASH). It entails diverting errant vehicles back onto the road without endangering the public’s health and guaranteeing the safety of bikers and pedestrians. Although the bridge’s railing systems do not offer structural support, they must be crashworthy. However, because it was intended for the standards at the construction time, much of the original bridge railing does not fulfill current code requirements. Because it is understood that repairing all of this railing would be prohibitively expensive, authorities frequently allow it to remain in place until needed.

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Different Types of Slabs Used in Construction and Their Uses, Advantages & Disadvantages

What is a Slab?
Slabs create flat, usually horizontal surfaces in building floors, roofs, bridges, and other constructions. Walls can support the slab, and reinforced concrete beams are normally cast monolithically with the slab, structural steel beams, columns, or the earth itself.

Different Types of Slabs Used in Construction:
1. Flat Slab:
Fig 1 Flat Slab
Fig 1: Flat Slab

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What is Wood | What is Timber | Difference between Wood and Timber

What is Wood?
The wood is the most important portion of a stem and a tree. In the tree’s architectural structure, wood serves a variety of purposes. Its primary function is to sustain the tree to remain upright and grow in height. The tree’s height is important because the higher it is, the closer it is to the sun, the more leaves or shoots it produces, and the more sunlight it can absorb and use in the photosynthesis process.

As a result, the trees’ profession or role is related to the tree’s ability to retain food and survive. In addition, the wood helps to transfer minerals and water to the growing tissues and other leaves.

Fig 1 Wood
Fig 1: Wood
Courtesy: Good

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Types of Doors Used in Building

What Is Door?
Doors are a crucial component of a building because they allow people to enter and exit. A door is defined as an openable barrier or a framework constructed of steel, aluminum, wood, or a combination of these materials that can be opened.
It is critical to select the ideal entrance for your home because the door is directly linked to the property’s security. The doors also enhance the elegance of the building.

Functions of Doors:

  • The structure includes doorways that provide entry within the building’s rooms.
  • The doors in the buildings act as a link between the various parts of the building’s interior.
  • It will also provide the chamber with ventilation and lighting.
  • It will aid in maintaining the rooms’ modesty.

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Civil Engineering Branches

About Civil Engineering

Engineering is a term applied to the profession in which a knowledge of the mathematical and natural sciences, gained by study, experience, and practice, is applied to the efficient use of the materials and forces of nature. Engineers are the ones who have received professional training in pure and applied science. Before the middle of the 18th century, large-scale construction work was usually placed in the hands of military engineers. Military engineering involved such work as the preparation of topographical maps, the location, design, and construction of roads and bridges; and the building of forts and docks; see Military Engineering below. In the 18th century, however, the term civil engineering came into use to describe engineering work that was performed by civilians for nonmilitary purposes.

Civil engineering is the broadest of the engineering fields. Civil engineering focuses on the infrastructure of the world which include Waterworks, Sewers, Dams, Power Plants, Transmission Towers/Lines, Railroads, Highways, Bridges, Tunnels, Irrigation Canals, River Navigation, Shipping Canals, Traffic Control, Mass Transit, Airport Runways, Terminals, Industrial Plant Buildings, Skyscrapers, etc. Among the important subdivisions of the field are construction engineering, irrigation engineering, transportation engineering, soils and foundation engineering, geodetic engineering, hydraulic engineering, and coastal and ocean engineering.

Civil engineers build the world’s infrastructure. In doing so, they quietly shape the history of nations around the world. Most people can not imagine life without the many contributions of civil engineers to the public’s health, safety and standard of living. Only by exploring civil engineering’s influence in shaping the world we know today, can we creatively envision the progress of our tomorrows.

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