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"Southeast Asian countries are facing unstable water resource situations, experiencing high water stress as a result in their river basins, particularly around large population cities. This research has assessed basin-scale water stress by estimating the amount of water resources and water use for all river basins in Indonesia, Thailand, the Philippines, Vietnam, and Malaysia. A simple water stress assessment methodology using a Geographic Information System revealed the basins vulnerable to high water stress around the capital areas in all five countries. The population ratio was under high-moderate and high water stress at 29.3% in Indonesia, 41.8% in Thailand, 31.9% in the Philippines, 43.3% in Vietnam, and 19.9% in Malaysia. The results imply that large populations depend on limited water resources. The basin-scale assessment conducted in this research could be used in support of the water resources management planning at an inter-basin scale aiming to neutralize water stress."

"Teaching is an effort to organize the environment to create learning conditions.The difficulty of studying for student, is usually to learn the concept that is so abstractand complex. Props for learning believed to assist student in learning material. Thisresearch aims to produce a teaching prop for Strength of Material Class in order toimprove students understanding on the mentioned subject. Strain gauge and Arduinobased circuit are chosen to be the main part so that the cost of the teaching prop couldbe lower than most of laboratory equipment. Teaching prop will measure the stress andmoment of cantilever beam, which are part of learned knowledge in Strength ofMaterial class. Implementation of this research were conducted, which include virtualexperiment and accuracy test. It can be concluded that this teaching prop succeeded toanswer the aim of the research with lower cost material. On the other hand, accuracytest shows this teaching prop isn’t suitable for industrial measuring equipment for itsfar inferiority on error rate when compared to marketed product

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Mengajar merupakan upaya menata lingkungan untuk menciptakan kondisi

belajar. Kesulitan belajar bagi siswa biasanya adalah mempelajari konsep yang begitu

abstrak dan kompleks. Alat peraga untuk pembelajaran dipercaya dapat membantu

siswa dalam materi pembelajaran. Penelitian ini bertujuan untuk menghasilkan alat

peraga pada kelas Mekanika Kekuatan Material dalam rangka meningkatkan

pemahaman siswa terhadap materi tersebut. Strain gauge dan rangkaian berbasis

Arduino dipilih menjadi bagian utama sehingga biaya alat peraga pengajaran bisa

lebih rendah dari kebanyakan peralatan laboratorium. Alat Bantu Ajar akan mengukur

tegangan dan momen balok kantilever, yang merupakan bagian dari pengetahuan

yang dipelajari di kelas Mekanika Kekuatan Material. Implementasi penelitian yang dilakukan meliputi eksperimen virtual dan uji akurasi. Dapat disimpulkan bahwa alat peraga ini berhasil menjawab tujuan penelitian dengan biaya material yang lebih rendah. Di sisi lain, uji akurasi menunjukkan alat peraga ini tidak cocok untuk peralatan ukur industri karena jauh lebih rendah dalam tingkat kesalahan jika dibandingkan dengan produk yang dipasarkan"

"At a time when Southeast Asian Studies is declining in North America and Europe, this book serves to remind us of the fresh, constructive and encouraging view of the field from Asia. On behalf of Taiwan’s Southeast Asian research community, I sincerely congratulate Professors Park and King for making such a great and timely contribution to the making of Southeast Asian Studies in Asia. —Hsin-Huang Michael Hsiao, Director of Institute of Sociology, Academia Sinica, and former President of Taiwan Association of Southeast Asian Studies"

"ABSTRAKTujuan utama dari penelitian adalah untuk mengidentifikasi komponen yang paling kritis atau paling lemah berbasis analisis RAMD. Peningkatan kinerja komponen akan dilakukan pada komponen terlemah yang ditemukan. Data time-between-failure (TBF) dan time-to-repair (TTR) dikumpulkan untuk memperkirakan reliability, availability, maintainability, dependability, dan mean-time between hazardous failure (MTBH). Berbagai ukuran kinerja pabrik seperti mean-time-to-repair (MTTR) dan mean-time-between-failure (MTBF) juga dipaparkan dalam penelitian. Permodelan kinerja sistem didasarkan pada asumsi bahwa data perbaikan dan kegagalan adalah bersifat konstan dan independen secara statistik. Untuk merepresentasikan penerapan metode yang diusulkan, Lini Produksi NPK, Water Treatment Plant dan cooling tower digunakan sebagai objek penelitian untuk studi kasus evaluasi dan peningkatan kinerja sistem. Data kegagalan dan data perbaikan dapat menjadi basis data yang berguna bagi manajemen untuk meningkatkan availability dari sistem.

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ABSTRACTThe main objective of this study is to identify the most critical or weakest components based on RAMD analysis. System performance and Improvement will be performed on the most critical component. Time-between-failure (TBF) and time-to-repair (TTR) data are collected to estimate reliability, availability, maintainability, dependability, and mean-time between hazardous failures (MTBH). The dependability parameters are solely applied to those subsystems that have both constant failure rate and repair rate. Various measures of plant performance such as MTTR and MTBF are as well presented. Performance modeling of the system is carried out based on the assumption that both repair and failure data are statistically independent. To show the application of the proposed method, NPK fertilizer production line, Water Treatment Plant and Cooling Tower System as repairable production system has been provided for case studies of performance evaluation. The records of failure and repair data can be a useful database for the management of to improve system availability."

"Katalog desain adalah sebuah platform untuk meningkatkan kemudahan dan effektifitas terhadap desain yang telah di masukan ke dalam katalog secara keseluruhan. katalog memberikan ruang engineer menciptakan desain secara effektkif pada saat manufacturing proses, engineering simulation , material strength analysis , pre production sample (PPs). Makalah ini bertujuan untuk menyajikan perbandingan antara desain katalog 2D dan 3D dengan desain manual 2D dan 3D sebagai alat untuk mengevaluasi efektivitas. Perbandingan fokus pada perbedaan waktu saat evaluasi dengan desain katalog 2D dan 3D serta desain manual 2D dan 3D. Hasil ini menunjukkan indikasi yang kuat bahwa desain katalog 2D dan 3D secara keseluruhan lebih efektif daripada desain manual 2D dan 3D.

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Catalog is a platform for discussing and improving the design, usability, and overall effectiveness of ‘content put into database’ — of design shaped to meet the needs of particular engineer. catalog brings together ways of thinking about creating effective engineer for use in contexts manufacturing proccess , engineering simulation , material strength analysis , pre production sample (PPs). The aim of this paper is to present a comparison between 2D and 3D catalog design and 2D and 3D manual design as tools for evaluating effectiveness. The comparison focus on time differences when evaluation with 2D and 3D catalog design and 2D and 3D manual design. The results make strong indication that overall catalog design 2D and 3D Catalog design more effective than 2D and 3D manual design."