Browsing by Author "Hasan, Fuad"

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    ANGGI DISTRICT CHANNEL PLANNING USING HEC-RAS MODELING
    (Solid State Technology Volume: 63 Issue: 4, 2020) Hasan, Fuad; Arifin, Mohammad Faizal
    The development of population and settlements in Anggi District, Arfak Mountains Regency, West Papua Province, requires the construction of facilities and infrastructure that support in terms of flood prevention, such as in the Anggi District area. The risk of flooding that occurs in Arfak Mountains Regency can be reduced or minimized by carrying out preparedness and prevention of flood disasters. One of the measures taken is to know and know the areas that have the potential for flooding. Therefore, it is necessary to arrange the existing drainage network system and add new drainage networks and complementary buildings. Based on the results of the analysis carried out, the canal concept planned in the Anggi District is able to minimize the impact of flooding.
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    FLOOD IMPACT REDUCTION STUDY BY APPLYING RAINWATER HARVESTING IN DE MARRAKESH RESIDENTIAL
    (Turkish Journal of Computer and Mathematics Education, 2021) Hasan, Fuad; Agustian, Yanyan; A, R. Herdian Bayu; Widyanto, Bambang Eko
    Flood is a natural phenomenon that can threaten the existence of human life, especially during the rainy season. In addition, the increasing need for residential facilities has an impact on changing land functions in an area that was originally an infiltration area to become a residential area. De Marrakesh Residential which has a land area of ± 117.025 m2 is a residential area located in the Kecamatan Rancasari of Bandung City. In terms of flood prevention, this residential area already has a retention pond and pumps that drains water into the Cipamokolan river. But in reality there are still puddles that inundate the residential area of De Marrakesh. To deal with this, a flood impact reduction study was carried out by applying rainwater harvesting. In this study, the analysis carried out is the calculation of the planned rainfall, the selection of the type of rain distribution, the calculation of the volume of rainfall, and the estimated calculation of the volume of rainfall that can be captured. From the results of the analysis and calculations, the application of rainwater harvesting can reduce the impact of flooding that occurs in De Marrakesh Residential.
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    FLOOD IMPACT REDUCTION STUDY BY APPLYING RAINWATER HARVESTING IN DE MARRAKESH RESIDENTIAL
    (Turkish Journal of Computer and Mathematics Education, 2021) Hasan, Fuad; Agustian, Yanyan; A, R. Herdian Bayu; Widyanto, Bambang Eko
    Flood is a natural phenomenon that can threaten the existence of human life, especially during the rainy season. In addition, the increasing need for residential facilities has an impact on changing land functions in an area that was originally an infiltration area to become a residential area. De Marrakesh Residential which has a land area of ± 117.025 m2 is a residential area located in the Kecamatan Rancasari of Bandung City. In terms of flood prevention, this residential area already has a retention pond and pumps that drains water into the Cipamokolan river. But in reality there are still puddles that inundate the residential area of De Marrakesh. To deal with this, a flood impact reduction study was carried out by applying rainwater harvesting. In this study, the analysis carried out is the calculation of the planned rainfall, the selection of the type of rain distribution, the calculation of the volume of rainfall, and the estimated calculation of the volume of rainfall that can be captured. From the results of the analysis and calculations, the application of rainwater harvesting can reduce the impact of flooding that occurs in De Marrakesh Residential.
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    FLOOD MANAGEMENT OF GADING TUTUKA, SOREANG AREAUSINGSWMM 5.1 MODELING
    (PalArch's Journal of Archaeology of Egypt/ Egyptology, 2020) Arifin, Mohammad Faizal; Nugraha, Dera; Sugandakusumah, Raden Izhar; Dwiyast, Elza; Hasan, Fuad
    The development of residents and settlements in Soreang City requires the construction of facilities & infrastructures that support especially flood mitigation, such as in the GadingTutuka area. Risks and impacts on the occurrence of floods that often occur in Kabupaten Bandung can be reduced or minimized by preparing and preventing floods. One thing to do is to know and know the areas that have the potential to flood. Therefore, it is necessary to restructure the existing drainage system and add new drainage networks and complementary buildings.
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    FLOOD WATER LEVEL MODELING IN BUKIT TIARA RESIDENTIAL
    (Turkish Journal of Computer and Mathematics Education, 2021) Hasan, Fuad; Maudyna, Atry
    Flood is a natural phenomenon that can threaten the existence of human life, especially during the rainy season. Bukit Tiara Residential, which has a land area of ± 282 hectares in Kecamatan Cikupa, Kabupaten Tangerang, plans to develop its area. To get a building elevation that is safe against flooding, a flood water level modeling study was carried out in Bukit Tiara Residential. In this study, the analysis carried out is the calculation of planned rainfall, choosing the type of rain distribution, calculating the time of concentration, determining the amount of rain intensity, calculating flood discharge and modeling the water level using the HEC-RAS program. From the results of the analysis and calculations, it is known that there is a need for land exaltation in several areas so that the planned land elevation is safe from the threat of flooding.
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    FLOOD WATER LEVEL MODELING IN BUKIT TIARA RESIDENTIAL
    (Turkish Journal of Computer and Mathematics Education, 2021) Hasan, Fuad; Maudyna, Atry
    Flood is a natural phenomenon that can threaten the existence of human life, especially during the rainy season. Bukit Tiara Residential, which has a land area of ± 282 hectares in Kecamatan Cikupa, Kabupaten Tangerang, plans to develop its area. To get a building elevation that is safe against flooding, a flood water level modeling study was carried out in Bukit Tiara Residential. In this study, the analysis carried out is the calculation of planned rainfall, choosing the type of rain distribution, calculating the time of concentration, determining the amount of rain intensity, calculating flood discharge and modeling the water level using the HEC-RAS program. From the results of the analysis and calculations, it is known that there is a need for land exaltation in several areas so that the planned land elevation is safe from the threat of flooding.
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    LAND SUBSIDENCE OF KANTO PLAIN DETECTION USING JERS-1 SAR INTERFEROMETRY
    (Horizon Research Publishing, 2019) Agustian, Yanyan; Hasan, Fuad; Siddiq, Raden Herdian Bayu Ash
    Since InSAR technique has a capability to detect a small surface elevation changes over large area, InSAR system has been used widely for good resolution mapping and other applications on various applied sciences. InSAR imagery is applied to investigate surface change and result detailed maps of contour, which help to detect disaster areas. This research is aimed to estimate the land subsidence using the differential interferometric synthetic aperture radar (InSAR). The research object is located in the west part of Japan, Kanto Plain area, where ground water actively is being extracted in quite large scale and produces centimeters of subsidence every year. Over the analyzed area, the surface deformation was detected and it was only related to subsidence process. In other words, there is no surface arising or uplift of surface. It signed by color phase changes correspond from zero to minus values.
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    MORPHOMETRY STUDY AND INTEGRATED MANAGEMENT OF DIBAWAH LAKE WATERSHED SOLOK REGENCY
    (Horizon Research Publishing, 2019) Siddiq, Raden Herdian Bayu Ash; Hasan, Fuad; Agustian, Yanyan; KS, Ajeng Mayang; Saudi, Mohd. Haizam bin Mohd.
    Dibawah Lake is a tectonic lake located in Solok Regency, West Sumatra. It’s functioned as the West Sumatra Government as a tourist area, besides that it was also used as an irrigation water source. This study aims to obtain information on the characteristics of lake morphometry and formulate the concept of integrated management of Dibawah Lake Catchment Area. From the results of bathymetry mapping produces a lake area of 10998.1 ha with a circumference of 17.2 km, a maximum length of 6.4 km, a maximum width of 3 km, a maximum depth of 326.8 m, an average depth of 164.3 m and volume of 1688 million m3. The lake catchment area is 2881.7 ha and it is divided into 27 sub-catchments. The existing problems in the Dibawah Lake are (1) changes in lake area land cover into agricultural fields, (2) agricultural cropping patterns in slope areas, (3) lakefront settlements, (4) water quality degradation, (5) fish cages floating net and fishing ring. From the results of the SWOT analysis, the W-T (Weaknesses - Threats) strategy was chosen as the top priority. The W-T strategy focuses on strengthening and drafting rules, monitoring the implementation of rules, enforcing violations and socialization of the community.
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    STUDI RESPON DAERAH ALIRAN SUNGAI CIMANYAR TERHADAP BERBAGAI KEJADIAN HUJAN
    (jurnal ilmiah teknologi informasi terapan, 2019) Hasan, Fuad; Widyanto, Bambang Eko; Siddiq, R.H.B. Ash
    The Cimanyar River Basin is one of the Cimanuk watersheds. There is a rain and debit recording station with the duration of hours. Based on the data obtained in the field there is a significant difference in the watershed response. The hydrograph of the rainfall event on February 4, 2013 shows the surface runoff in the watershed. While the hydrograph of rainfall events on 27 October 2012 indicates the existence of a subsurface flow mechanism (interflow). To see the watershed response, this study developed a hydrological model with MIKE SHE which was calibrated and validated with measurement discharges at the Cimanyar observation station
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    STUDI SISTEM DRAINASE PERGUDANGAN PAJANG KOTA TANGERANG
    (jurnal ilmiah teknologi informasi terapan, 2020) Hasan, Fuad; Siddiq, R.H.B. Ash; Agustian, Yanyan
    Di daerah Pajang, Kota Tangerang, sebelah selatan Bandara Soekarno-Hatta akan dibangun sentra pergudangan dengan luas ± 6 Ha. Lahan yang ada merupakan lahan kosong yang belum dilengkapi sistem drainase. Berdasarkan kaidah teknis serta kebijakan-kebijakan pemerintah setempat yang berhubungan dengan sistem tata air perkotaan dan pengendalian banjir, perlu dicari solusi yang tepat untuk meminimalisir dampak yang akan terjadi akibat adanya pembangunan sarana tersebut tanpa mengganggu sistem tata air yang ada. Oleh karena itu, diperlukan suatu kajian teknis berupa Kajian Drainase Rencana Kawasan Pergudangan Pajang Kota Tangerang. Berdasarkan analisa yang telah dilakukan, jaringan saluran drainase yang direncanakan serta pembuatan kolam retensi di Kompleks Pergudangan Pajang dapat meminimalisir dampak banjir baik di Kawasan dalam pergudangan maupun Kawasan luar pergudangan.
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    STUDY OF DRAINAGE PLAN FOR PAJANG WAREHOUSING AREA TANGERANG CITY
    (International Journal of Psychosocial Rehabilitation, Vol.24, Issue 02, 2020) Hasan, Fuad; Ash Siddiq, Raden Herdian Bayu; Agustian, Yanyan
    In the area of Pajang, Tangerang City, south of Soekarno-Hatta Airport, a warehousing center with an area of ± 6 Ha will be built. Existing land is vacant land that has not been equipped with a drainage system. Based on the technical principles and policies of the local government related to the urban water system and flood control, it is necessary to find the right solution to minimize the impact that will occur due to the construction of these facilities without disrupting the existing water system. Therefore, a technical study is needed in the form of a Study of Drainage Plan for Pajang Warehousing Area Tangerang City. Based on the analysis that has been done, the planned drainage channel network and the creation of retention pond in the Pajang Warehouse can minimize the impact of flooding both in the warehousing and non-warehousing areas.
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    STUDY OF INCREASING APRON FACILITIES OF HUSEIN SASTRANEGARA AIRPORT BANDUNG
    (Horizon Research Publishing, 2019) Hasan, Fuad
    Husein Sastranegara International Airport is an airport located in Bandung, West Java, Indonesia. In addition to serving the community, the airport is also one of the military air force bases. Increased economic growth after the monetary crisis and the emergence of many Low-Cost Airline (LCA) will trigger an increase in air transport movements at Husein Sastranegara airport, which in the next stage returns the movement pattern to the pattern of movements before the 1997 crisis, namely patterns that are in line with regional economic growth Bandung Raya (Bandung City and Regency, Sumedang Regency and Cimahi City). It is believed that the current airport facilities will not be able to accommodate requests during peak hours in the future, so it needs evaluation and analysis of facility requirements and facility development planning up to the year of development limits.
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    THE USE OF CERC FORMULA AS LATERAL FORCE OF PILE IN SEA WATER INTAKE’S PILE ANALYSIS
    (Solid State Technology Volume: 63 Issue: 3, 2020) Widyanto, Bambang Eko; Akbar, Sandy Radhitya; Hasan, Fuad
    Offshore structure is different with on shore structure, in onshore structure the lateral pressure help piles to be more powerful, it different with offshore structure, the lateral pressure decrease safety factor of pile. One of structure which need an offshore design structure is pump house in offshore of island. It need special calculation because it placed in offshore. To calculate the wave pressure, the formula that used is from CERC in Shore Protection Manual. In pile calculation, we use Meyerhof Calculation.