Role of contemporary works in Civil Engineering Name Institutional affiliation Scaffolding According to Webster (1997) scaffolding can be describes as the temporary support structures that are usually constructed for example when building a bridge so that it can help to support the bridge workers and the material they are using during their construction…
For example when setting up a scaffold it is advisable that your scaffold is supported by the ground but if that is not possible one can make it to hang above the ground or water using the hanging scaffold (Webster 1997). A good scaffold should also be able to have a safety mechanism in order to avoid injuries in case the scaffold fails thus in constructing a bridge one can chose to attach himself to the bridge to be safe incase the scaffold is failing. Formwork In his contribution Blackledge (1977) refers to formwork as the process that involves the addition of base material and also the addition of concrete that is in retaining wall so that they can be used as slabs during the construction of a bridge. Formwork is very essential since it helps to make the concrete last for long due to the fact that it makes it strong (Blackledge 1977). The strength property of formwork guarantees the much needed support that is needed in construction of the bridge. Formworks is used by making that needed shape using steel or aluminum so that the concrete is then poured into it so that a desired shape is produced. This is then allowed to harden. When it’s all dry the fabrications are removed and the formwork remains in place in that desired shape. Formwork is used to guarantees the strong support for the bridge during construction which always has to remain strong to avoid collapse (Blackledge 1977). Falsework In his book Webster (1997) talks of falsework as a term that is used to refer to the activity of supporting arches and spans in the process of constructing a bridge by using temporary support structures. This is a very essential practice in construction of bridges since it helps support the bridges from below in order to ensure that the bridges do not collapse as the construction is still continuing and can also be used to create a strong work base for the workers during the process of constructing a bridge. This always has to remain intact to the construction until that time when the bridge can self support itself without collapsing which in the long run helps to keep the bridge in position (Webster 1997). Temporary Support of Excavation During construction of a bridge it might involve excavating various sections of the work site so as to achieve a certain level of ease during the construction of bridge (Hummell 2011). For example during construction when the building is to start like two stories below the ground then excavation will have to be done in order to achieve this. Also good to notice is that sometime exaction is done for example when gravel is need for construction so that it is dug from a place. After excavation it’s a good practice to always support the excavations in order to avoid collapse of the walls during construction according to Hummell (2011). There are two types of excavation that can be used in supporting an excavation walls; this can either be flexible support or rigid excavation support. When one uses Flexible support then it would take sheet pilling, soldier pile and lagging walls. On the other hand rigid support entails slurry walls, secant piles or even tangent pile (Hummell 2011). Construction Dewatering In his deep insight on dewatering Hummell (2011) talks of this process as a way that is used to achieve a certain degree of ease at the work site by ensuring that the water that may cause difficulty during the ...
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Types of bridges The early form of bridges were the beam bridges, arch bridges and the suspension bridges all constructed from natural resources like wood, vines and fallen tree trunks. (Hill James et al, n.d ) The modern day bridges essentially consist of a combination of all the three bridges but to a more refined scale using materials like steel and concrete.
The duration taken for a constructed facility to get through the different stages, starting with the planning and ending with the disposal stage is the life cycle of the given facility. In the case of many construction facilities, they are designed to give service for a certain number of years – on the minimum, starting from 30 to 100 years and beyond.
Designing a hospital in a major city of Canada is a great challenge for design firm. Designed hospitals must be safe seismically and also have advanced technological facilities incorporated under a single roof. Newly designed hospitals should also implement energy efficient techniques in order to make green building.
). For calculating the operational feasibility of thermal power plant, following steps will be followed: Uninterruptable supply of fuel to the facility Capable of bearing the entire load for which it is being design. Must not be far away from the market so that if any part needs to be replaced urgently it can be carried out without shutting off the plant for longer times.
The code of ethics training ensures that particular principles and guidelines govern the day-to-day activities of engineers. As a result, all the stakeholders in a project or construction program are satisfied with the services and products offered by engineers.
In fact, it is a device to transmit the load of the structure to the soil below. Foundation is provided for the following main purposes-
Depending on the type of structure and the soil conditions prevalent, different types of foundations such as Strip Footing, Spread or Isolated Footing, Combined Footing, Strap or Cantilever Footing, Raft Foundation, Pile Foundation, Drilled Piers, Caisson, Well Foundation may be provided.
Construction Engineering is one of the major sub-disciplines of Civil Engineering that is supported by other advanced engineering sub-disciplines like Transportation engineering, Heavy Electrical & Mechanical Engineering, Soils and Foundation engineering, Hydraulic engineering, Ocean engineering, etc.