Introduction to Telecommunications Project

A huge variety of internet applications and applications of Internet of Things exist on the market and have been available for us for personal as well as for business uses.
In the present project, you are required to do research about the internet application of your choice REPORT
Your report should include the following sections:

General information


i. General information about the internet application of your choice (which company provided it, description of the internet application, objectives, uses, applicable to which industries, number of users, types of uses (e.g. for work, leisure, etc.), where is it mostly used, statistics about the internet application and its uses, etc.

QUESTIONS

Use in organizations
i. Investigate which companies are currently employing this innovation. Describe the companies’ industries and size, and how they are using the innovation.
ii. What unique features of this innovation make it popular for those industries?
iii. In what ways do companies use this innovation to improve their quality of business?

Urban Drainage Exercise

Expected Learning Outcomes


 To gain familiarity with approaches to design and simulation of
piped drainage systems.
To demonstrate appreciation of the approaches to urban drainage
in the context of flood risk.
2.0 Urban drainage case
The plan of a piped storm water drainage system is given below.
1.0 1.1
2.0
3.0
1.2
Pipe Length
(m)
Impervious area
(ha)
1.0
2.0
1.1
3.0
1.2
The contents for the table above, together with the values of:
CV for all areas the gradient of all pipes time of entry to be assumed
are available via the DLE (everyone gets different data).
First go to the spreadsheet ‘CW numbers’ to find your personal
number. Then go to the document ‘CW data’, locate your personal
number in the left hand column and read off your data.

Note – you should not need to print the files ‘CW numbers’ or ‘CW data’.
The system will consist of concrete pipes, available in diameters 150,
225, 300, 375, 450, 525 mm etc (increasing by 75 mm). Assume
roughness ks is 0.6 mm. Use the rainfall formula: i = 750/(t+10),
i (intensity) in mm/hr, t (duration) in minutes. Determine hydraulic
properties using the appropriate HR Wallingford table (which you
already have) or directly using the Colebrook-White equation.

  1. (36%)
    Select a suitable size for each pipe using the Modified Rational Method
    for design. Show the process of your calculations (assumed diameters
    that were too small or too large) as well as the final design.
    (6/25 = 24%)
    Determine an appropriate alternative value for the rainfall intensity
    needed in the final design of pipe 1.2 using the Wallingford Procedure
    method for determining rainfall (as opposed to the rainfall formula
    above that you used in your design). Location: Plymouth.
    (3/25 = 12%)
  2. (36%)
    In ‘simulation’ rather than ‘design’ mode, create, for the system as
    designed, the time-area diagram for the outflow from pipe 1.2. Then
    consider the rainfall pattern below where i = the rainfall intensity used in the final Modified Rational Method design of pipe 1.2. (Time =0 is the beginning of the rain.)
    Time (minutes) Rain intensity
    0 – 1 0.5  i
    1 – 2 1.2  i
    2 – 3 1.6  i
    3 – 4 1.3  i
    4 – 5 0.4  i
    Determine the resulting hydrograph for outflow from pipe 1.2.
    (7/25 = 28%)
    Explain the difference between your value of the peak flow-rate
    determined in 2. and the capacity determined for pipe 1.2 in 1.
    (2/25 = 8%)
    3 . (28%)
    Say Q1.2 is the calculated flow for pipe 1.2 as designed in 1. above.
    Suppose it is a requirement of the Environment Agency that the flow to the receiving water does not exceed 0.25 
  3. Q1.2. Determine the capacity of storage necessary to contain flows in excess of this limit, using the Modified Rational Method, considering a range of storm duration. Give dimensions of a suitable tank that would provide this storage, with a brief explanation.
    (4/25 = 16%)
    Explain the aim of a requirement like this. Apart from providing a
    storage tank, discuss how else it might be possible to satisfy this
    requirement.

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