Browsing by Author "Sebayang Mardani"

Now showing 1 - 4 of 4
  • No Thumbnail Available
    Item
    ANALISA KEANDALAN SISTEM KESELAMATAN BANGUNAN TERHADAP BAHAYA KEBAKARAN (Studi Kasus Gedung Surya Dumai Group dan Bank Tabungan Negara Kota Pekanbaru)
    (2013-07-16) Safriandi; Trikomara Rian; Sebayang Mardani
    Fires can occur anytime and anywhere. No workplace can be guaranteed to be free of risk (immune) from fire hazards. Fires in the workplace can bring many consequences which adversely affects both parties nagi employers, workforce and wider community. The impact of fire incidents in the workplace can lead to loss of life, loss of material, loss of jobs and alain indirect losses, especially if there is a fire on the vital objects can impact more broadly. Consequently picture above is a very valuable lesson for the board of supervision K3 especially in the field of fire prevention. At the end of this task is to identify availability and spesific existing fire protection systems in buildings Surya Dumai Group Pekanbaru City and State Savings Bank (BTN) Pekanbaru. Components were identified, namely completeness footprint, the means of salvation, active protection system and passive protection system. Reliability assessment system for fire safety of buildings is done by check-list method using direct survey of the building. The results in the form of value system reliability against fire safety of buildings (NKSKB) in buildings Surya Dumai Group with 22,19% tread completeness assessment, system safety means 15.32%, 19.79% active protection system and passive protection system 21.74%. The level of reliability of fire protection systems in buildings Surya Dumai Group as a whole is "Enough" with a percentage of 79.04%. The results in the form of value system reliability against fire safety of buildings (NKSKB) in buildings Savings Bank Negara (BTN) Pekanbaru with 20.89% tread completeness assessment, system safety means 18.25%, 15.80% active protection system and 19.19% passive protection system.The level of reliability of fire protection systems in buildings Surya Dumai Group as a whole is "Enough" with a percentage of 74.13%.
  • No Thumbnail Available
    Item
    ANALISIS KEBUTUHAN RUMAH LAYAK HUNI DI KELURAHAN PASIR PENGARAIAN KABUPATEN ROKAN HULU
    (2013-01-09) Putri, Mayesti Eka; I Trikomara Rian; Sebayang Mardani
    Houses are buildings that serve as home / shelter and means of family development. Houses are not only necessity of life but much more than that. Each region has the same residential problem in which the number of livable housing does not match the rate of population growth. Similar thing happened in Rokan Hulu particularly in Pasir Pengaraian Village where the center of government is located. This study entitled an Analysis of Livable Housing Necessities in Pasir Pengaraian Village, Rokan Hulu Regency. The aim of this study is to determine the necessities of livable housing in Pasir Pengaraian Village, divided into 6 regions, namely Lingkungan Kota, Tanjung Harapan, Tanjung Belanti, Lenggopan, Kampung Bukit and Kampung Bukit Indah. Definition of uninhabitable houses is those contain more than 50% damage. In this study, respondents acted as Sample are 321 respondents. Data obtained from distribution of questionnaires will then be analyzed using SPSS Statistic 17.0. After questionnaires are distributed to Samples, it turns out the needs of houses in Pasir Pengaraian Village are 503 units and the needs of proper houses are 87 units. To build those houses, a total of Rp.3.480.000.000 is needed, with budget cost per unit is Rp.40.000.000 in detail.
  • No Thumbnail Available
    Item
    EVALUASI KEANDALAN SISTEM PROTEKSI KEBAKARAN PADA BANGUNAN GEDUNG (Studi Kasus Gedung Kantor Bupati Indragiri Hilir)
    (2012-11-28) Mahmudah, Rifaatul; I Trikomara Rian; Sebayang Mardani
    The development of the building increase along with the development of the city. The bulidings have big potential and risk of fire hazard. the fire can cause die, lost property, and everything in the building and the environtment . The safety is a necessity in a building. The examination of fire prevention in buildings is important in orderto determine the level of its reliability. The goal of this researchwas to investigate the effectiveness and to determine the reliability of fire protection systems building, the object of this research was the main building of the Regent Office Indragiri Hilir based on the regulations and standards on fire protection systems in Indonesia. The variable identified the tread, rescue feature, system active protectionsystem and passive protection system. The fire protection system assessment was conducted by check-list from direct survey of the building. The results of this research was the level of reliability of fire protection systems in buildings with a footprint assessment of the tread is 21.25%, safety vehicle systems is 18.65%, active protection system is 19.82% and passive protection system19.34%. The level of reliability for fire protection systems in Regent Indragiri Hilir main office was enough and the percentage is 79.07%.
  • No Thumbnail Available
    Item
    SIMULASI DATA CURAH HUJAN HARIAN PADA DAS SIAK MENGGUNAKAN STOKASTIK RANTAI MARKOV
    (2013-05-30) Julyanti, Berlina; Sebayang Mardani; Sudjatmoko Bambang
    The purpose of this study is to predict daily rainfall data and gain an overview of the parameters of daily rainfall simulation models to investigate two state, the dry state and the wet state. Analysis of daily rainfall simulation models in the Siak river basin consists of two main models, namely simulated rainy days and dry days and simulation of the rainfall with Markov chain . Daily rainfall data 1983 to 2011 is taken from the Badan Wilayah Sungai (BWS) III Riau Province. The stations are Buatan Station, Kandis Station, Pekanbaru station, Petapahan Baru station. Rainfall data were divided into 4 length data 10, 15, 20 and 28 years. Each time series was constructed such that the events in question had the same opportunities as continuos recording results. Rainfall simulation results were tested using Chi Square test. With the increase in length of data used, generally will result in the value of Chi-Square are smaller and have a smaller error rate. To predict rainfall 2011-2020 used 28 years of data length of each station on the Siak river basin.