Building Maintenance Processes And Practice-Myassignmenthelp.Com

Question: Discuss About The Building Maintenance Processes And Practice? Answer: Introduction The canteen building in Millennia Institute is one of the modern designs of buildings. The building is able to host different parts such as the canteen, library, and the hall section among other essential parts of the institute. This report will provide a preliminary building condition survey on different sections of this building. Building report As noted, the building has different sections and with high traffic. This requires high maintenance to ensure that the different areas do not experience failure from time to time. The different parts of the building mean that their maintenance is able to differ accounting to the materials used. For instance, in the floor finishing, there are areas which has tiles while others have wooden flooring (Olanrewaju Abdul-Aziz, 2014). For instant, the impact of stagnant loading does not have the same impact with moving loadings. The areas along the cafeteria and entrance sections will therefore experience different impacts than the library sections. In addition, the loadings are able to affect the flooring sections (Low Ong, 2014). Common defects on floor and wall tiles Defects on wall and floor tiling are caused by what is termed as disagreement; between the adhesive, tile fixing technique or construction process (National Business Institute, 2017). Some of the common defects on floor section and wall tiling include cracking, crazing, staining, non-uniform appearance, buckling, efflorescence, breakages, loss of adhesion, seepage and delaminating. Cracking of tiles is one of the major defects which both floor and wall tiles do experience (Bailey, 2016). Excessive pressuring of the tile and poor workmanship are able to enhance the cracking defects on these sections. Another key defect which floor sections do experience is the buckling. This is caused by poor compression of the floor section during the initial stages. On the wall tiles, debonding or loss of adhesion is another key defect which is experienced (Thung et al., 2015). Damping and corrosion of surfaces are the main causes of these defects on the wall tiles. In addition, floor sections and wall tiles are also prone to efflorescence defect (Sandgrund, Continuing Legal Education in Colorado, Colorado Bar Association, 2014). Soluble salts, presence of water and transporting force are the major causes of this defect on floor section and wall tiles. Seepage defects are also common on the wall (Delgado, 2016). Poor workmanship and lack of binding is common cause of the seepage defects to the wall sections and floors. Production cycle of agglomerated marble tiles First, the marble bounders are selected, crushed and sieved out. Then the marble granules are mixed with formulated polyster resins (Mendoza et al., 2014). Thirdly, large blocks of marble tiles are produced and cured. The fourth stage involves curing the marble blocks and sawning them to slabs. The next step on the production cycle involves unpolishing of the slabs and calibrating them to different sizes and thicknesses (Pini et al., 2014). The slabs then are cut into different required sizes sung laser machine. Advantages of agglomerated marble tiles Marble tiles are available in different colors, patterns and designs (Baird Imrie, 2013). Secondly, the tiles are strong since they are crystalized stones which are made from high pressure at temperature (Godsey,2017). Thirdly, the marble tile produces smooth finishing with high aesthetic values and natural appearances. Another advantage of these tiles is that they are eco friendly. Also, the marble tiles have the option of transparent and delicate stone production which allows light to penetrate its surface and provide unique appearance to rooms (De, 2015). In addition, the agglomerated marble tiles have small chromatic aberrations (Barley, 2014). In addition, these tiles help to provide cooler rooms during hot seasons. Durability is another key advantage of these tiles than other types of tiles (Ripley, 2014). Desktop study The building in Millennia Institute is a key definition of a modern design structure. From the structural design to the finishing, the building is able to employ some of high construction parameters. Due to the immense use, the loading factors show that various defects may be experienced at different times (Marshall, 2014). Therefore close monitoring of the structure is important. Conclusion In conclusion, defects are common in buildings and this building survey is important to reduce the maintenance cost of Canteen building in Millennia Institute. Through this analysis, proper maintenance program can therefore be developed. References Godsey, L. (2017). Interior design materials and specifications. New York, NY : Fairchild Books, an imprint of Bloomsbury psychology Inc. https://www.streetdirectory.com/stock_images/travel/preview/11859531700186/168695/millennia_institute/ https://www.archdaily.com/search/projects/categories/institutional-buildings/country/singapore Low, S. P., Ong, J. (January 01, 2014). Construction Quality Assessment System. Marshall, D. (2014). Understanding housing defects. Abingdon, Oxon : Estates Gazette. Mendoza, J.-M. F., Feced, M., Feijoo, G., Josa, A., Gabarrell, X., Rieradevall, J. (January 01, 2014). Life cycle inventory analysis of granite production from cradle to gate. The International Journal of Life Cycle Assessment, 19, 1, 153-165. National Business Institute,. (2017). Construction defect litigation: From A to Z. Eau Claire, Wisconsin: NBI, National Business Institute. Olanrewaju, A. L., Abdul-Aziz, A.-R. (2014). Building Maintenance Processes and Practices: The Case of a Fast Developing Country. Singapore: Springer Singapore. Pini, M., Ferrari, A. M., Gamberini, R., Neri, P., Rimini, B. (September 01, 2014). Life cycle assessment of a large, thin ceramic tile with advantageous technological properties. The International Journal of Life Cycle Assessment, 19, 9, 1567-1580. Ripley, J. (2014). Ceramic and Stone Tiling: A Complete Guide. New York: Crowood. Sandgrund, R. M., Continuing Legal Education in Colorado., Colorado Bar Association. (2014). Residential construction defect law update: 2014. Denver, Colorado : CLE in Colorado. Thung, F., Lucia, ., Lo, D., Jiang, L., Rahman, F., Devanbu, P. T. (December 01, 2015). To what extent could we detect field defects? An extended empirical study of false negatives in static bug-finding tools. Automated Software Engineering : an International Journal, 22, 4, 561-602.