300948 - Fire Technology and Engineering Principles - Engineering Assignment Help

Assignment Task

Question 1

List the fire engineering involvement adjacent to each of the indicated building stages

Building                                Stage Fire Engineering Involvement
 

Schematic Design

Design Documentation

Construction

Commissioning

Final Approval

Management and use

Question 2
In bullet point format, provide a brief description of the third party review process, including comments on the role of the AHJ and the scope and approach the third party reviewer should take.

Question 3
Provide an outline of the fire engineering process along with a brief description of each of the key stages.

Question 4 
List 8 stakeholders you would invite to an FEB meeting

Question 5

List 4 likely ignition sources in a Class 6 / 7a building and adjacent to each state the likely items to be first ignited

Ignition sources    Item Ignited
1)
2)
3)
4)

Question 6
For each ignition source and associated ignited item in Q5 above, indicate in one sentence what the appropriate design fire scenario would be.

Question 7
A fire is assumed to grow quadratically (t 2 ) at a “fast” rate (characteristic time of growth t g = 150 s) until sprinkler activation occurs at 183 seconds. The sprinklers are assumed to control the fire and prevent any further growth. After some time, the fuel starts to be depleted until all fuel is completely consumed. Sketch a schematic design fire for these conditions and indicate on the sketch each phase of the design fire and where key events occur.

Question 8
Please comment in no more than three sentences what is wrong with the following statements:
(a) Analysis using FAST has indicated that the hot layer never descends below 2.3m above floor level therefore tenability is maintained indefinitely within the compartment.
(b) The zone modelling (FAST) results in the 40m-long corridor indicates that the smoke layer is maintained more than 2.1m above floor level for a period in excess of 6min by the smoke flowing out the open end of the corridor to outside. Other conditions are also tenable for a period in excess of 6 min. Therefore, the ASET (6min) exceeds RSET (4.5min) by a factor of 1.5.

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