Abstract
Recently, a series of noise-reduced aluminum forms are being used as a solution for minimizing the noise which occurs essentially when installing or dismantling the conventional aluminum forms in apartment housing construction. The primary objective of this study is to propose the number of man power per unit (<TEX>$men/m^2$</TEX>) required for construction of a nose-reduced aluminum(Hi-tech System) form that is the most frequently applied in the domestic construction industry using simulation technique. For this, the detailed work processes required for installing and dismantling the noise-reduced aluminum form were analyzed and the man-power per unit was finally calculated by applying the real time consumpted for completing each work process on site to the established cyclone model. Using the proposed number of man-power per unit for the noise aluminum form construction, it is anticipated that owners and contractors can more accurately estimate and predict the predetermined price and the construction expense for the noise-reduced aluminum form construction respectively.
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