Ditemukan 5 dokumen yang sesuai dengan query
"There's been storeyed house since prehistory, classic era and also in the traditional buildings at any ethnics in Indonesia. Till now, people in coastal area lived in storeyed house. it was people adaptation to the environment that emerged the architectural creativity with emphasized its function as a shelter."
Artikel Jurnal Universitas Indonesia Library
Dian Taviana
"Permasalahan lingkungan yang selalu terjadi di Kecamatan Medan Belawan adalah banjir pasang/roh. Air laut yang selalu mengenang bersama sampah yang ada membuat lingkungan terlibat kumuh, tidak sehat dan juga merusak bangunan disekitarnya."
Bandung: Pusat Penelitian dan Pengembangan permukiman, Badan Penelitian dan Pengembangan, Kementerian Pekerjaan Umum , 2023
690 MBA 58:1 (2023)
Artikel Jurnal Universitas Indonesia Library
Koji Sato
"nanya dong dok
The architecture of stilt house - as the form of traditional house - in pacific region shows some basic similarities. House constructions that consist of bottom structure-primary structure - top structure are in accordance with cosmic classification, i.e. lower world - human world - upper world. In this comparative study, the author tries to show that stilt-house basically is the development of granary architecture. In many societies granary is a sacred place where occasional rituals are undertaken. The couch underneath the granary is often used for activities even for living places. The author argues that formerly people lived in granary and then changed to be stilt-house. Using some examples from various ethnic groups in the Philippines, Japan, New Zealand and Indonesia he explains that the attic id a place for gods and sacred things."
1991
J-Pdf
Artikel Jurnal Universitas Indonesia Library
Amelia Rizyan Nyssa
"Rumah Panggung lahan basah umumnya memiliki dua jenis rumah panggung yaitu Rumah Bantaran Sungai dan Rumah Tepi Sungai. Rumah Bantaran Sungai (RBS) merupakan rumah panggung yang pondasinya berada di area aliran sungai sedangkan Rumah Tepi Sungai (RTS) merupakan rumah yang pondasinya berada di area rawa tenang berair. Pada pengamatan awal terlihat bahwa kualitas fisik dari RBS kurang baik jika dibandingkan dengan RTS. Penelitian ini kemudian bertujuan untuk mencari tahu bagaimana ketahanan dari segi struktur, material serta kemudahan dalam teknik konstruksi dan perawatan yang digunakan masyarakat setempat pada dua jenis rumah panggung ini dalam menghadapi kondisi lahan basah. Penelitian ini merupakan penelitian empiris kuantitatif dengan menggunakan metode analisis pengujian laboratorium pada bagian sambungan kayu dan simulasi keandalan bangunan secara digital pada bagian keseluruhan konstruksi. Pada hasil penelitian ini ditemukan RBS dan RTS memiliki perbedaan pada bagian konstruksi pondasi dan jenis sambungan yang digunakan. RBS menggunakan pondasi cerucuk Kayu Galam dengan sambungan Pen-Lobang sedangkan RTS menggunakan pondasi tiang menerus Kayu Galam yang disambung dengan Kayu Ulin menggunakan sambungan Kayu Lidah. Dari hasil pengujian didapatkan bahwa konstruksi pada RBS ternyata memiliki daya tahan yang lebih baik dari RTS. Hal ini disebabkan kondisi alam RTS yang berada diatas arus sungai menuntut masyarakat menggunakan konstruksi yang lebih memudahkan saat proses konstruksi. Secara keseluruhan ketahanan pada rumah panggung masih bisa dikatakan baik dikarenakan material kayu yang digunakan sangat cocok dengan kondisi Lahan Basah.
Wetland stilt houses generally have two types of stilt houses, namely the Riverbank House and the Riverside House. The Riverside House (RBS) is a stilt house whose foundation is in a watershed area, while the Riverside House (RTS) is a stilt house whose foundation is in a non-tidal swamp area. At the initial observation, it was seen that the physical quality of the RBS was not as good as RTS. This study then aims to find out how the durability in terms of structure, material, and ease of construction and maintenance techniques used by the local community in these two types of stilt houses in dealing with wetland conditions. This research is quantitative empirical research using laboratory test analysis methods on the wood joints section and digital simulation of building reliability in the overall construction section. In the results of this study, it was found that RBS and RTS had differences in the foundation construction section and the type of connection used. RBS uses the Galam Wood cerucuk foundation with a pin-hole wood joint while the RTS uses a continuous pile foundation of Galam wood which is connected to Ulin Wood using a joint called Kayu Lidah. From the test results, it was found that the construction on RBS turned out to have better durability than RTS. This is due to the natural condition of the RTS which is above the river flow, which requires the community to use construction that makes it easier during the construction process. Overall, the durability of the stilt house is categorized in good condition because the wood material used is very suitable for Wetland conditions."
Depok: Fakultas Teknik Universitas Indonesia, 2021
T-pdf
UI - Tesis Membership Universitas Indonesia Library
Bastomi Al Furqoni
"Di banyak daerah di Tanah Air, rumah-rumah adat umumnya merupakan rumah panggung yang terbuat dari kayu dan arsitekturnya mencerminkan keunikan serta kearifan budaya lokal. Walaupun bencana datang silih berganti dalam hitungan tahun, puluhan tahun, bahkan ratusan tahun, rumah-rumah tua tersebut tetap kokoh berdiri. Berkaitan dengan itu dalam tulisan ini akan dilakukan analisis rumah panggung sederhana terhadap gempa bumi dengan meninjau pengaruh ketinggian tiang, tipe perletakan, sistem pengaku dan sistem sambungan.
In many places in Indonesia, traditional houses usually built on elevated platform (stage) and all of them are made of wood and also their architectures reflect Indonesian cultures. Even many catastrophes quake them since very long time before, today they stood still. According to that fact, in this paper the Author would like to analyze a simple model of elevated traditional building through a seismic analysis that will focus on column height, support type, bracing system and joint configuration."
Depok: Fakultas Teknik Universitas Indonesia, 2009
S50616
UI - Skripsi Open Universitas Indonesia Library