Construction industry course learning outcomes


load of the structure. It is divided into two parts based on



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Chapter 1
load of the structure. It is divided into two parts based on
the depth of the soil excavation/foundation.
i.
Shallow foundation
ii. Pile foundation
https://www.youtube.com/watch?v=s6E2t_kW57M
Plinth:
From the architecture view it is the base or platform
upon which a column, pedestal, statue, monument orb bstructure rests. The plinth usually rests directly on the
ground. According to Semper, the plinth exists to negotiate
between a structure and the ground. Semper’s theory has
been influential in the development of architecture.


BUILDING COMPONENTS AND THEIR BASIC REQUIREMENTS
Superstructure:
It is an upward
extension of an existing structure
above a baseline. This term is applied
to various kinds of physical structures
such as buildings, bridges or ships
having the degree off freedom zero.
In order to improve the response
during earthquake of buildings and
bridges, the superstructure might be
separated from its foundation by
various civil engineering mechanisms
or machinery. All together, these
implement the system of earthquake
protection called base isolation.


BRIDGES CONSTRUCTION
Every bridge engineer should have ab bclear knowledge of the various
terminologies used during the bridge
design process. During the design
process, every bridge can be divided
broadly into three parts:
1. Superstructure
– It is that part of the structure which supports traffic and
includes deck, slab and girders.
2. Substructure

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