Abstract

Development of dam very important for community surrounding the dam. To maintain that the benefits can be continued, it is necessary to review whether the safety of dams already meet the expected requirements. Dam safety to be reviewed when the dam was built and when the dam operating at this time. Security conditions associated with changes in water level on the upstream dam that affects the seepage on the body of dam and seepage under the dam. The water level also affects the slope of the dam when the dam has been operating. Evaluation of the safety of the dam was conducted on Benel dam which located in Melaya District, Jembrana Regency, Bali Province. The results of the calculation of seepage (q) in the dam body with SEEP/W and flownet shows that, seepage discharge (q) which passes through under the dam and the body of dam is less than 1% (4.9206 m3/second) against the average flood discharge, so it has met the security requirements. Dam safety factor calculations without seismic load and with seismic load, for upstream slope and downstream slope when the dam was constructed, when operating with flood water level, when operating in the rainy season (normal water level), when operating in the dry season (minimum water level) and with rapid draw down condition, with SLOPE/W and the Bishop method, the safety factor obtained more than minimum requirement by RSNI M-03-2002.

Highlights

  • Development of dam very important for community surrounding the dam

  • Dam safety to be reviewed when the dam was built and when the dam operating at this time

  • Security conditions associated with changes in water level on the upstream dam that affects the seepage on the body of dam and seepage under the dam

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Summary

KAJIAN PUSTAKA Bendungan Urugan

Bendungan urugan adalah bangunan yang dibuat dari bahan timbunan seperti tanah, pasir dan batuan yang dibuat sedemikian rupa sehingga membentuk suatu dinding yang mampu menampung air. Bendungan urugan biasanya dibuat di lokasi yang mudah memperoleh bahan timbunan seperti tanah lempung, pasir dan batuan

Angka Keamanan dan Longsoran Pada Lereng Bendungan
Li i
Perhitungan Keamanan Bendungan Terhadap Gempa dengan Metode Pseudostatik
Perhitungan Koefisien Gempa di Indonesia
Zona lulus air lulus air
METODE PENELITIAN Rencana Analisis
Identifikasi masalah dan mengumpulkan data
Perhitungan Rembesan pada Tubuh Bendungan dan di Bawah Tubuh Bendungan
Kondisi Masa Pembangunan
Kondisi Ketika Air Bendungan Surut
Tanah dasar bendungan
Masa Pembangunan Muka Air Banjir
Findings
Bendungan Beroperasi
Full Text
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