Page 12 - Facility Management Module
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FACILITIES LOCATION


                     7. Suitability of land and climate:

                        The geology of the area needs to be considered together with climatic conditions
                     (humidity, temperature). Climate greatly influences human efficiency and behaviour. Some
                     industries require specific climatic conditions e.g., textile mill will require humidity. Now, with

                     the development in air-conditioning facilities the climatic condition can be controlled but at a
                     high cost.

                     8. Supporting industries and services:
                        Nowadays the manufacturing organization will not make all the components and parts by

                     itself and it subcontracts the work to vendors. So, the source of supply of component parts
                     will be the one of the factors that influences the location. The various services like
                     communications, banking services professional consultancy services and other civil
                     amenities services will play a vital role in selection of a location.


                     9. Community and labour attitudes:
                            Community attitude towards their work and towards the prospective industries can
                     make or mar the industry. Community attitudes towards supporting trade union activities are
                     important criteria. Facility location in specific location is not desirable even though all factors

                     are favouring because of labour attitude towards management, which brings very often the
                     strikes and lockouts.


                     2.3  Distance Measure

                            The distance measure involved in a facility location problem is an important element

                     in formulating an analytical model. Distance measures can be categorized as:

                     1. Rectilinear

                                 Distance are measured along paths that are orthogonal (or perpendicular) to
                                   each other.
                                 Figure 2.1 shows the distance from point A to point B using rectilinear
                                   distance.

                                 Example :
                                   Material transporter moving along rectilinear aisles in a factory

                                                       dAB =  │ xA – xB │+ │ yA – yB │

                                                       Formula 2.1: Rectilinear distance


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