The document discusses two unique building designs:
1) The Futuro House, the world's first mass produced plastic house from 1968 that was circular and could be installed anywhere due to its lightweight plastic construction.
2) The Water Cube or National Aquatics Center in Beijing, designed using a soap bubble structure and ETFE membrane to resemble a cube of water. Its innovative design broke world swimming records during the 2008 Olympics.
The document discusses two unique building designs:
1) The Futuro House, the world's first mass produced plastic house from 1968 that was circular and could be installed anywhere due to its lightweight plastic construction.
2) The Water Cube or National Aquatics Center in Beijing, designed using a soap bubble structure and ETFE membrane to resemble a cube of water. Its innovative design broke world swimming records during the 2008 Olympics.
Original Description:
Case study on the water cube and the worlds first plastic house
The document discusses two unique building designs:
1) The Futuro House, the world's first mass produced plastic house from 1968 that was circular and could be installed anywhere due to its lightweight plastic construction.
2) The Water Cube or National Aquatics Center in Beijing, designed using a soap bubble structure and ETFE membrane to resemble a cube of water. Its innovative design broke world swimming records during the 2008 Olympics.
The document discusses two unique building designs:
1) The Futuro House, the world's first mass produced plastic house from 1968 that was circular and could be installed anywhere due to its lightweight plastic construction.
2) The Water Cube or National Aquatics Center in Beijing, designed using a soap bubble structure and ETFE membrane to resemble a cube of water. Its innovative design broke world swimming records during the 2008 Olympics.
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MATERIALS AND METHODS OF BUILDING CONSTRUCTION - v
• THE WORLD’S FIRST MASS PRODUCED PLASTIC HOUSE – FUTURO HOUSE
• WATER CUBE
KESAR JOIJODE 4CM19AT032
MMBC PRAJWAL BB 4CM19AT052 BARTOSZ KOLONKO SKI CHALET ( A SMALL HOUSE )
ARCHITECT : MATTI SUURONEN
YEAR BUILT : 1968 COUNTRY : FINLAND LOCATION : INSTALLED ON VIRTUALLY ANY TOPOGRAPHY. DIMENSIONS : 4 M HIGH AND 8 M IN DIAMETER. MATERIAL USED : FIBER GLASS REINFORCED PLASTIC, POLYESTER POLYURETHANE AND POLY(METHYLMETHACRYLATE) AND WROUGHT OF METAL FINISH : SLEEK TURQUOISE FINISH FLOOR AREA : 50 SQUARE METERS TYPOLOGY : OPEN PLAN
• THE RADICAL DESIGN WAS SUBSEQUENTLY
MARKETED TO THE PUBLIC AS A SMALL PREFABRICATED HOME.. • ITS PLASTIC CONSTRUCTION AND FUTURIST AESTHETIC COMBINED TO CREATE A PRODUCT WHICH IS IDENTIFIABLE WITH BOTH THE FUTURE AND THE PAST.
living, dining, and kitchen space, a restroom, andKESAR
a JOIJODE 4CM19AT032 MMBC private bedroom. PRAJWAL BB 4CM19AT052 DESIGN • THE PROJECT BRIEF WAS TO DESIGN AS A SMALL CHALET WHICH LED TO THE FUTURO HOUSE WHICH COULD BE RELOCATED FROM ITS INITIAL SITE AS, AND WHEN, NEEDED. TO ALSO PRODUCE A DESIGN THAT WOULD BE EASY BOTH TO TRANSPORT AND ASSEMBLE IN VARYING CONDITIONS. • A LIGHT, PREFABRICATED STRUCTURE WAS THE IDEAL SOLUTION, COULD BE LIFTED BY A HELICOPTER • PERFORMED WELL AS INSULATION, RETAIN HEAT IN COLD ENVIRONMENT • MATERIAL COULD EASILY BE MOULDED INTO THE ROUNDED, CIRCULAR FORM THAT WAS CONSIDERED CUTTING-EDGE IN THE EARLY SPACE AGE. • LOW PRODUCTION COST AND ADAPTABILITY MADE IT AN IDEAL SOLUTION TO HOUSING SHORTAGES ACROSS THE GLOBE,
KESAR JOIJODE 4CM19AT032
MMBC PRAJWAL BB 4CM19AT052 HOW • HOUSE COMPRISED EIGHT IDENTICAL PLASTIC MODULES—FOUR ON TOP AND FOUR ON BOTTOM • MANUFACTURED IN 16 PIECES WHICH WERE DESIGNED TO BE TRANSPORTED TO SITE AND BOLTED TOGETHER • THE CABIN WOULD SIT ON A STEEL FRAME, ON FOUR CONCRETE PIERS. • AN AIRPLANE- STYLE STAIRCASE WOULD OPEN UP FROM AN ENTRY HATCH PANNEL.
KESAR JOIJODE 4CM19AT032
MMBC PRAJWAL BB 4CM19AT052 STRUCTURE • THE MAIN BULK OF THE HOUSE WAS SUPPORTED BY A METAL RING WITH FOUR LEGS THAT COULD BE ADAPTED FOR UP TO A TWENTY-DEGREE INCLINE, OBVIATING THE NEED FOR ARDUOUS GRADING AND EXCAVATION BEFORE RELOCATION. • SUPPORT LEGS WERE WROUGHT OF METAL,
KESAR JOIJODE 4CM19AT032
MMBC PRAJWAL BB 4CM19AT052 KESAR JOIJODE 4CM19AT032 MMBC PRAJWAL BB 4CM19AT052 KESAR JOIJODE 4CM19AT032 MMBC PRAJWAL BB 4CM19AT052 National Aquatics Center ARCHITECT : PTW ARCHITECTS YEAR BUILT : 2007 COUNTRY : CHINA LOCATION : BEIJING DIMENSIONS : 180M LONG AND WIDE, 30M HIGH MATERIAL USED : STEEL, ETFE (ETHYLENE TETRA FLUORO ETHYLENE) FLOOR AREA : 7.9 ACRES CAPACITY :17,000 SEATS TYPOLOGY : OPEN PLAN • WATER INSIDE AND OUTSIDE WATER. THE BUILDING RESPONDED LITERALLY TO THE FUNCTION IT INHABITS. • BUILDING WITH STRUCTURE BASED ON SOAP BUBBLES TO INFLUENCE THE FEELING OF THE BUILDING BEING PLACED IN A BUCKET FULL OF WATER. KESAR JOIJODE 4CM19AT032 MMBC PRAJWAL BB 4CM19AT052 DESIGN • BUILDINGS FORM IS INSPIRED FROM THE NATURAL FORMATION OF SOAP BUBBLES EFFICIENCY OF THE SOAP-BUBBLE STRUCTURE IS EXPLOITED. • THE SURFACE OF THESE “SOAP BUBBLES” REFLECTS SUNLIGHT AND MAKES THE BUILDING A WATERY CONTAINER GLISTENING IN THE SUNLIGHT”.
• THIS WAS DESIGNED ACCORDING TO TRADITIONAL CHINESE CULTURE AS WELL AS
MODERN SCIENCE AND TECHNOLOGY. ANCIENT CHINESE BELIEVED THAT HEAVEN WAS LIKE A DOME COVERING THE SQUARE EARTH. THEREFORE, THE SQUARE WATER CUBE COMPLEMENTS THE ROUND BIRD’S NEST IN BEIJING OLYMPIC PARK, EMBODYING THIS PHILOSOPHY.
KESAR JOIJODE 4CM19AT032
MMBC PRAJWAL BB 4CM19AT052 MATERIAL • THE BUILDING'S EXTERIOR USES A NEW ENVIRONMENTALLY FRIENDLY AND ENERGY- SAVING ETFE (ETHYLENE TETRA FLUORO ETHYLENE)MEMBRANE MATERIAL WITH A TOTAL SURFACE AREA OF OVER 100,000 SQUARE METERS, MAKING IT THE WORLD'S LARGEST ETFE APPLICATION PROJECT. • THE ETFE MEMBRANE HAS A LOW MASS, IS TOUGH, AND CAN ABSORB SUNLIGHT WITH NEGLIGIBLE DETERIORATION. IT DOESN’T IGNITE SPONTANEOUSLY AND HAS A WONDERFUL SELF-CLEANING FUNCTION, DUE TO ITS NON-STICK SURFACE. • THE MATERIAL CAN'T BE STAINED BY DUST. WHEN THE WIND BLOWS, THE DUST BLOWS AWAY. IN ADDITION, THE WATER CUBE ALSO HAS AN ENVIRONMENTAL FUNCTION TO COLLECT AND RECYCLE RAINWATER. • RAINWATER THAT FALLS ON THE WATER CUBE'S ROOF IS COLLECTED IN A CENTRAL STORAGE POOL BELOW THE BUILDING.
KESAR JOIJODE 4CM19AT032
MMBC PRAJWAL BB 4CM19AT052 STRUCTURE • THE EFFICIENCY OF SOAP-BUBBLE STRUCTURE IS EXPLOITED. THE OPTIMUM SOAP- BUBBLE STRUCTURE CONSISTS OF 14 SIDED POLYHEDRAL COMPRISING 6 SQUARES AND 8 EQUILATERAL HEXAGONS. • THE BUILDING IS SUPPORTED BY A SYSTEM OF STRUCTURAL STEEL AND CONCRETE. • A THREE-DIMENSIONAL STRUCTURE OF 6700 TONS OF STEEL, RESEMBLING BUBBLES IS MADE. • THIS STEEL IS THEN COATED WITH SINCE TO PREVENT IT FROM CORROSION. • THIS SYSTEM IS ALSO IDEAL IN A PLACE LIKE BEIJING WHERE THERE ARE REPEATED EARTHQUAKES
KESAR JOIJODE 4CM19AT032
MMBC PRAJWAL BB 4CM19AT052 SOME FACTS • THERE ARE MORE THAN 3,000 “SOAP BUBBLES” ON THE OUTER WALL OF THE BEIJING NATIONAL AQUATICS CENTER. • IT IS THE LARGEST MEMBRANE STRUCTURE IN THE WORLD. • ITS MEMBRANE DOES NOT NEED TO BE REPLACED IF THE SOAP BUBBLES ARE PUNCTURED. IT CAN BE RESTORED WITH A HEAT WELDING REPAIR/PATCH. • THE SOUP-BUBBLE-STRUCTURE IS ALSO THE BIGGEST LED-FAÇADE BUILDING IN THE WORLD WITH AN ELECTRICITY-SAVING (COMPARED TO NON-LED LIGHTS) OF AROUND 550,000 KWH/YEAR, WHICH WOULD COST US$70,000 PER YEAR. • THE BEIJING WATER CUBE IS CONSIDERED THE FASTEST OLYMPIC SWIMMING POOL IN THE WORLD. DURING THE 2008 OLYMPIC GAMES, ATHLETES BROKE 25 WORLD RECORDS THERE. • WITHOUT LIGHTNING CONDUCTORS, THE BEIJING WATER CUBE’S FRAME CAN CONDUCT LIGHTNING TO THE GROUND SAFELY. • THE WATER CUBE HAS A FLEXIBLE BODY THAT CAN RESIST AN EARTHQUAKE OF MAGNITUDE 8. IT IS THE MOST SEISMICALLY-RESISTANT (LARGE) BUILDING IN THE WORLD. • THE NATIONAL AQUATICS CENTER COVERS AN AREA OF 3.2 HECTARES (7.9 ACRES), BUT IT DOES NOT USE A SINGLE STEEL I-BEAM OR REINFORCED CONCRETE COLUMN IN THE OUTER SPACE FRAME. • THE BEIJING WATER CUBE HAS THREE HUGE SWIMMING POOLS, FROM WHICH MORE THAN A TONE OF WATER EVAPORATES PER HOUR.