Fire Engineering Design Project - Assignment Example

The perspectives of a variety of experts in the field of fire engineering will be explored. Appendix One Fire engineering may be better classified as the implementation of engineering regulations, laws and professional assessments. These elements may be based upon a cognitive evaluation of human motivation and an empirical comprehension of fire related effects in order to: Preserve life property, environmental resources and national heritages. Assess the dangers and potentials of fire related incidents.

Methodologically assess the maximum protective and preventative requisites which are necessary to minimize the results of fire events. The endeavor of fire engineering is to reduce the consequences of fire in the vicinity of adjoining edifices and structures. This is required by national codification and convention. During the past thirty years, edifice related legislation has deviated from complete prescriptive mandates to more flexible rules as demonstrated by research and development in the field.

Many experts agree that the presently accepted regulatory documents which are designated Approved Document B (ADB) are not adapted to large open and more intricately constructed structures. In addition, the Approved Document B is not adapted to rehabilitated structures. Many of the requisites recommended in Approved Document B are non existent in edifices which were constructed prior to its inception. An example of this would be a structure with one staircase and one conspicuous egress point (Cooke 2011).

The evaluation of the methods of escape inside of a structure, notwithstanding new or rehabilitated structures is reliant upon the aspects of the structure. The perspective for such a structure would be different if the structure were an office, a shop or an institution of higher education. The accepted conventions require that the structure or edifice be erected in agreement with the design recommendations that are within the parameters of Approved Document B. In accordance with this perspective, a compliant solution is implemented.

This compliant solution requires strict adherence the design criteria. These criteria are not restricted to the Building Regulations and Approved Document B. There are roughly 120 documents which are currently set as criteria which may be applied as a design matrix for fire engineering (Lawrence Webster Forrest 2012). As a point of reference, the designer must consider the number of occupants who will occupy a structure at a predetermined moment. Subsequently, as architects plan and implement the required endeavors in order to ascertain various requisites, the fire engineer endeavors to calculate the planning of a structure's means of egress.

Approved Document B accepts two techniques which may be applied to fire engineering. The primary technique is founded upon linear area abstractions. These abstractions may apply a value of six square meters per person in the case of an office environment or seven meters per person in the situation of a library. The Approved Document B table may be applied in order to provide a comparative analysis with similar structures with parallel applications. The Approved Document B, Table 4 suggests the application of the following standards: Optimal Occupancy of Persons Minimum number of egresses 60 1 600 2 Greater than 600 3 The coordinates of egress routes and the final exit doors are required to be accessible and recognizable by all occupants.

The number of egresses