Page 56 - Designing Ways 253
P. 56

ON THE
               TERRACE



              Life Experience Pavilion On The Cliff Top


                                 Chongqing, China


                 he project is located in Wanzhou,   polyhedron is covered by a roof supported
                 Chongqing, on the edge of a cliff   by stone pillars. The roof also adopts a
           Twith a vertical height of about 30   polyline-shaped architectural vocabulary.
           metres, close to the Yangtze River. The   A large number of gaps are extruded by
           site provides a unique position for the   the stone pillars and the glass polyhedron
           project and brings many challenges to   under  the  roof,  which  becomes  a  rich
           the design. The total construction area of      grey space in the project. At the same
           the project is about 3,000 square metres,   time, the roof of some of the grey space
           including a landscape elevator connected   is excavated. Different sized holes are also
           to the side of the cliff, the main building of   used in the form of polygons to simulate
           the experience hall, and the observation   the shape of natural caves. The sunlight
           tower for enjoying river views.    pours down through the holes, which
             Since the building is located on top of   enriches the spatial experience of the grey
           a cliff, how to realise the visibility and   space.
           accessibility of the building was a major   As  an  important  traffic  space
           considerarion in the design. At the same   connecting  the  height  difference  of  30
           time, the building needed to be integrated
           with the overall environment, and not
           to cause damage to it. Therefore, the
           design inspiration naturally comes from
           the mountain. The building volume of
           the folded surface, the plane division
           of the folded line, and the tortuous and
           changeable internal path form a spatial
           relationship that simulates a natural cave
           with rich volume and variable space.
             The main structure of the building
           is a glass polyhedron. Several discrete
           glass volumes are formed according to
           the functions, with columns completely
           separated  from  them.  The  glass





































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