"Rumoh Aceh", An Indonesian Vernacular Architecture

Did you know ...?
There is a unique technology in the house of Aceh (Indonesia : Rumoh Aceh) to save homes from fire danger. As we know, the biggest risk in the traditional tropical houses made almost entirely of buildings from nature such as wood, bamboo, thatch, leaves, etc.. All are highly flammable. Technology is the technology referred to "Overthrow Roof During Fire"

Well ... the buildings are saving technology in principle is a way to quickly knock down the roof of the building so the fire did not spread and burn the entire contents of the house. When the fire situation occurs, it must be that there is more panic right? A "black strap" on the roof will help to overcome the panic, so the situation is getting worse ... not move until the whole house burned down. It is preventable.

What is "black strap"?

"Black strap" is part of the roof structure that connects all elements of the roof. When there is a fire, "black strap" is cut so that the entire roof collapsed. Therefore, most houses are still spared from the fire, of course, the fire could not spread because the roof had collapsed.
Given this simple technology is expected impacts resulting from the fire could be minimal detail. This technology is very simple indeed, but certainly for the size of the technology found in many hundreds of years ago, arguably this kind of technology is not advanced enough?

Source : http://abuafatah.blogspot.com/search/label/Rumoh%20Aceh

Comments

"RUMAH BETANG" The Long House of the Dayak, Borneo

In the past, the life of the Dayak tribes who resided inland of Borneo that live in groups, where they must lived and passed along, it was embodied in a architecture work that is, Huma Betang Betang has a unique characteristics that can be observed from the elongated shape and there was only a staircase and the entrance to the Betang . That staircase as a means of connecting to the Betang called hejot . Betang was built high from the ground surface to avoid the things that bother the residents of Betang , such as avoiding the enemy that can come suddenly, the beast, or the flooding that sometimes swept them. Almost all Betang can be found on the by of big rivers in Borneo (Kalimantan). Betang built typically large, can reach 30-150 feet in length and width can reach about 10-30 feet, has a pole of about 3-5 meters high. Betang built using high quality wood materials, namely ironwood (Eusideroxylon zwagerí T et B), in addition to having the strength to stand up to hundreds of yea...

Mosque as a Result of Cultural Syncretism, "Masjid ANGKE"

At first glance the building of this mosque resembles a Chinese pagoda-style architecture. Yes .... indeed many buildings spread across the Indonesian archipelago is not a native style. Distinctive entrances and roof structure of the layered two,and the roof ending as well as the temple architectural style of China. But the interior of the four great pillars such as the Tower of the Demak Mosque in Mataram (Java Islamic culture). The chancel embedded in the walls and windows elliptical grille without carvings, describes the style of Banten. At first glance the building of this mosque resembles a Ch Although several generations have passed, but still remain strong. Actual name of this mosque of Al-Anwar, but better known as the mosque Angke, because it is located at Jalan Tubagus Angke. Erect and graceful mosque was, was established on 2 April 1751 AD or 26th of Sha'ban 1174 Hijri. So the age of the mosque is now almost 2.5 centuries. You can also find other side of the uniquene...

Earthquake Resistance Construction from Megalithic Era in Nias, Indonesia

There is example of earthquake resistant building in the megalithic era. That examples exist in Nias, North Sumatra, Indonesia. Vernacular houses in Nias was not responding when rocked. Wisely designed with the principles of earthquake resistant. At the columns foot of the building are divided into two types, namely the main structural columns that stand in an upright position and the column amplifier located in a position intersecting to form the letter X in italics. Wooden blocks or large stones deliberately placed on the sidelines of the column amplifier as a weight to keep the building from the wind. While the top end of upright columns connected by beams buffer through a connection peg system which was then carrying beams on top floors. Diagonal columns, with no beginning and no end point, intertwine to prop up the oval plan building with a cantilevered surrounds the entire side of the floor plan. Like a belt, a series of beams placed lengthwise around the body of the building. On...

Archi_Nusantara

Search This Blog