PEMAKAIAN MODEL DETERMINISTIK UNTUK TRANSFORMASI DATA HUJAN MENJADI DATA DEBIT PADA DAS LAHOR
| Main Author: | UTOMO, ADI NUGROHO YUGO |
|---|---|
| Format: | Thesis NonPeerReviewed |
| Terbitan: |
, 2011
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| Subjects: | |
| Online Access: |
http://eprints.umm.ac.id/15176/ |
Daftar Isi:
- The analysis of hydrology was the important stage in the development activity of water resources, because of that output from the analysis of hydrology generally will determine the direction of water resources of the development strategy in a comprehensive manner and narrower this mulberry will determine the dimension as well as the characteristics of the infrastructure that was needed. The determination of hydrology of the mulberry in fact not too much was difficult when the data for the need of the analysis to be available in the number and the quality that were enough. The classic problem in developing countries including Indonesia the availability of the series of the data of the river current that was enough to become the special problem, so as his resolution must be carried out by means of averting his range the climate variable became variable the current. As far as this is concerned often was developed the conceptual model, of course respectively had strength and weaknesses because of basically these models were developed in accordance with the hydrological condition for the local area. All the models basically was developed from the concept of the same foundation, that is the hydrology cycle. The basic matter that distinguished him was the method of carrying out the interpretation towards the process from the occurrence of rain to become the current. This that must be studied more far in this study. This research was efforts to know the performance of the model determinstic F.J Mock, Nreca, and the Model Tank as well as could explain the level comparison of the achievement from the model deterministic to the Lahor Reservoir. Results of the research to the Reservoir Lahor show that the model tank could present relations and the data of the river current of the climate data with very good. In research this was obtained by the RMSE value to the Nreca model of 7.854 m3/sec, the F.J Mock model of 18.696 m3/sec and the Model Tank of 7.823 m3/sec.