PHOENIX PAVILLION
Acknowledgement THE COMPLETION OF THIS UNDERTAKING COULD NOT HAVE BEEN POSSIBLE WITHOUT THE PARTICIPATION AND ASSISTANCE OF SO MANY PEOPLE WHOSE NAMES MAY NOT ALL BE ENUMERATED. THEIR CONTRIBUTIONS ARE SINCERELY APPRECIATED AND GRATEFULLY ACKNOWLEDGED. HOWEVER, THE GROUP WOULD LIKE TO EXPRESS THEIR DEEP APPRECIATION AND INDEBTEDNESS PARTICULARLY TO MRS PAROOL CHAUHAN FOR THEIR ENDLESS SUPPORT, KIND AND UNDERSTANDING SPIRIT. WE THANK YOU.
Contents KIRIGAMI PROCESS FORM EXPLORATION MODULE EXPLORATION DIGITAL FORM SITE ANALYSIS DAYLIGHT ANALYSIS CIRCULATION
KIRIGAMI ART OF CUTTING PAPER IN DIFFERENT PATTERNS
PROCESS STEP 1
STEP 2
2MM THICKNESS MDF
STEP 3
2 X 2 CM GRID CUT
STEP 4
VERTICAL ASCEND OR DESCEND IN SLIT THROUGH VERTICAL FORCE
ABSORBING WATER
STEP 5
SLITS ARE ACHIEVING DOUBLY CURVED SURFACE
FORM EXPLORATION THIS CHAPTER DEALS AROUND THE EXPLORATION DONE TO GET A FORM HAVING ENOUGH HEIGHT AND SELF STANDING ALSO HAS DOUBLY CURVED SURFACE
EXPERIMENT 1 CONSTANT - THICKNESS OF MDF 2 MM VARIABLE - SIZE OF MDF BOARD 300 × 300 MM LENGTH OF LINE 30 MM GAP BETWEEN TWO LINE 10 MM OBSERVATION - NO DOUBLY CURVE WAS FORMED FAILED EXPERIMENT
SLITS UP SLITS DOWN
FIGURE 1
FIGURE 2
EXPERIMENT 2 CONSTANT - THICKNESS OF MDF 2 MM VARIABLE - SIZE OF MDF BOARD 200 × 200 MM GAP BETWEEN TWO LINES IN 5MM OBSERVATION - LENGTH OF SLITS DIDN’T WORK BECAUSE OF THE SMALL SIZE OF SLITS SLITS UP SLITS DOWN
FIGURE 1
FIGURE 2
EXPERIMENT 3 CONSTANT - THICKNESS OF MDF 2 MM VARIABLE - SIZE OF MDF BOARD 200 × 200 MM LENGTH OF LINE 40 MM AND 20MM GAP BETWEEN TWO LINE 5 MM OBSERVATION - BECAUSE OF LESS GAP BETWEEN SLITS IT DIDN’T GAIN HEIGHT. SLITS UP SLITS DOWN
FIGURE 1
FIGURE 2
EXPERIMENT 4 CONSTANT - THICKNESS OF MDF 2MM VARIABLE - SIZE OF MDF BOARD 200 × 200 MM LENGTH OF LINE 40 MM AND 20MM GAP BETWEEN TWO LINES IN 5MM OBSERVATION - LENGTH OF SLITS DIDN’T WORK
FIGURE 1
FIGURE 2
SLITS UP SLITS DOWN
EXPERIMENT 5 CONSTANT - THICKNESS OF MDF 2 MM VARIABLE - SIZE OF MDF BOARD 200 × 200 MM LENGTH OF LINE 50 MM AND 60MM GAP BETWEEN TWO LINE 5 MM OBSERVATION - LENGTH OF SLIT DIDN’T WORK
SLITS UP SLITS DOWN
FIGURE 1
FIGURE 2
EXPERIMENT 6 CONSTANT - THICKNESS OF MDF 2 MM VARIABLE - SIZE OF MDF BOARD 200 × 200 MM LENGTH OF LINE 40 MM GAP BETWEEN TWO LINE 5 MM ANGLE - 45 DEGREE OBSERVATION - BECAUSE OF LESS GAP BETWEEN SLITS IT DIDN’T GAIN HEIGHT. SLITS UP SLITS DOWN
FIGURE 1
FIGURE 2
EXPERIMENT 7 CONSTANT - THICKNESS OF MDF 2 MM VARIABLE - SIZE OF MDF BOARD 200 × 200 MM LENGTH OF LINE 40 MM AND 70 MM GAP BETWEEN TWO LINE 5 MM ANGLE - 45 DEGREE OBSERVATION - MINIMUM 70MM LENGTH OF SLIT WORKED AND GAINED HEIGHT. SLITS UP SLITS DOWN
FIGURE 1
FIGURE 2
EXPERIMENT 8 CONSTANT - THICKNESS OF MDF 2 MM VARIABLE - SIZE OF MDF BOARD 200 × 200 MM LENGTH OF LINE 40 MM GAP BETWEEN TWO LINE 10 MM ANGLE - 45 DEGREE OBSERVATION - ANGLE OF SLITS WORK BUT LENGTH DIDN’T. SLITS UP SLITS DOWN
FIGURE 1
FIGURE 2
EXPERIMENT 9 CONSTANT - THICKNESS OF MDF 2 MM VARIABLE - SIZE OF MDF BOARD 200 × 400 MM LENGTH OF LINE 40 MM GAP BETWEEN TWO LINE 5 MM ANGLE - 45 DEGREE OBSERVATION - BECAUSE OF LESS GAP BETWEEN SLITS IT DIDN’T GAIN MUCH HEIGHT.
FIGURE 1
SLITS UP SLITS DOWN
FIGURE 2
EXPERIMENT 10 CONSTANT - THICKNESS OF MDF 2 MM VARIABLE - SIZE OF MDF BOARD 200 × 400 MM LENGTH OF LINE 50 MM AND 60 MM GAP BETWEEN TWO LINE 5 MM OBSERVATION - BECAUSE OF LESS GAP BETWEEN SLITS IT DIDN’T GAIN MUCH HEIGHT.
FIGURE 1
FIGURE 2
SLITS UP SLITS DOWN
EXPERIMENT 11 CONSTANT - THICKNESS OF MDF 2 MM VARIABLE - SIZE OF MDF BOARD 200 × 200 MM LENGTH OF LINE 40 MM GAP BETWEEN TWO LINE 5 MM ANGLE - 45 DEGREE OBSERVATION - HEIGHT INCREASES AS THE NUMBER OF SLITS WERE INCREASED
FIGURE 1
SLITS UP SLITS DOWN
FIGURE 2
EXPERIMENT 12 CONSTANT - THICKNESS OF MDF 2 MM VARIABLE - SIZE OF MDF BOARD 200 × 200 MM LENGTH OF LINE 40 MM GAP BETWEEN TWO LINE 5 MM ANGLE - 45 DEGREE OBSERVATION - AS WE INCREASED THE LENGTH OF THE SLITS IT AUTOMATICALLY STARTED TAKING ITS FORM.
FIGURE 1
FIGURE 2
SLITS UP SLITS DOWN
EXPERIMENT 13
SLITS UP SLITS DOWN
CONSTANT - THICKNESS OF MDF 2 MM VARIABLE - SIZE OF MDF BOARD 200 × 200 MM LENGTH OF LINE 146 MM GAP BETWEEN TWO LINE 8 MM ANGLE - 40 DEGREE
OBSERVATION - AS WE CHANGED THE ANGLE OF THE SLITS IT AUTOMATICALLY GAINED HEIGHT UPWARDS AND DOWNWARDS.
FIGURE 1
EXPERIMENT 14
FIGURE 2
SLITS UP SLITS DOWN
CONSTANT - THICKNESS OF MDF 2 MM VARIABLE - SIZE OF MDF BOARD 400 × 200 MM LENGTH OF LINE 146 MM GAP BETWEEN TWO LINE 8 MM ANGLE - 40 DEGREE
OBSERVATION - AS WE CHANGED THE ANGLE OF THE SLITS IT AUTOMATICALLY GAINED DIFFERENT HEIGHT UPWARDS AND DOWNWARDS
FIGURE 1
FIGURE 2
EXPERIMENT 15 CONSTANT - THICKNESS OF MDF 2 MM
SLITS UP SLITS DOWN
VARIABLE - SIZE OF MDF BOARD 320 × 220 MM LENGTH OF LINE 146 MM GAP BETWEEN TWO LINE 8 MM ANGLE - 45 DEGREE OBSERVATION - WE GOT A DIFFERENCE IN CURVE AS WE CHANGED THE ANGLE OF SLITS.
FIGURE 1
FIGURE 2
EXPERIMENT 16
SLITS UP SLITS DOWN
CONSTANT - THICKNESS OF MDF 2 MM VARIABLE - SIZE OF MDF BOARD 400 × 200 MM LENGTH OF LINE 146 MM GAP BETWEEN TWO LINE 8 MM ANGLE - 45 DEGREE OBSERVATION - AS WE GAVE DIFFERENT LENGTH TO THE SLITS WITH THE SAME ANGLE IT TOOK A DIFERENT FORM
FIGURE 1
FIGURE 2
EXPERIMENT 17 CONSTANT - THICKNESS OF MDF 2 MM VARIABLE - SIZE OF MDF BOARD 285 × 210 MM GAP BETWEEN TWO CIRCLES 10 MM DIAMETER OF CIRCLE 50 MM OBSERVATION - BECAUSE OF THE RADIUS OF CURVES, IT DOES NOT OBTAIN ANY HEIGHT SLITS UP SLITS DOWN
FIGURE 1
FIGURE 2
EXPERIMENT 18 CONSTANT - THICKNESS OF MDF 2 MM VARIABLE - SIZE OF MDF BOARD 200× 200MM MAX. DIAMETER OF CIRCLE 90 MM MNI. DIAMETER OF CIRCLE 7 MM GAP BETWEEN TWO CIRCLE 5 MM OBSERVATION - BECAUSE OF LESS GAP BETWEEN TWO CURVES IT STARTED BREAKING.
FIGURE 1
FIGURE 2
SLITS UP SLITS DOWN
EXPERIMENT 19
SLITS UP SLITS DOWN
CONSTANT - THICKNESS OF MDF 2 MM VARIABLE - SIZE OF MDF BOARD 235 × 100 MM LENGTH OF LINE — 70MM AND 80 MM GAP BETWEEN TWO LINE 4 MM
OBSERVATION - AS WE GAVE FULL CUT ON THE SIDES, THE SLITS STARTED TO BREAK.
FIGURE 1
FIGURE 2
EXPERIMENT 20 CONSTANT - THICKNESS OF MDF 2 MM
SLITS UP SLITS DOWN
VARIABLE - SIZE OF MDF BOARD 235 × 150 MM LENGTH OF LINE — 70MM AND 80 MM GAP BETWEEN TWO LINE 4 MM ANGLE-- 45 DEGREE OBSERVATION -AS WE CHANGED GEOMETRY OF THE BOARD WE ACHIEVED 70MM HEIGHT OF FORM
FIGURE 1
FIGURE 2
EXPERIMENT 21 CONSTANT - THICKNESS OF MDF 2 MM
SLITS UP SLITS DOWN
VARIABLE - SIZE OF MDF BOARD 160 × 95MM LENGTH OF LINE — 70MM AND 80 MM GAP BETWEEN TWO LINE 4 MM SIDE RADIUS -- 150 DEGREE OBSERVATION - AS WE CHANGED THE GEOMETRY OF THE BOARD TO CURVE , IT TOOK SPIRAL FORM.
FIGURE 1
FIGURE 2
EXPERIMENT 22 CONSTANT - THICKNESS OF MDF 2 MM
SLITS UP SLITS DOWN
VARIABLE - SIZE OF MDF BOARD 160 × 95MM LENGTH OF LINE — 70MM AND 80 MM GAP BETWEEN TWO LINE 4 MM OBSERVATION - AS WE CHANGED THE GEOMETRY OF THE BOARD TO CURVE , IT TOOK SPIRAL FORM.
FIGURE 1
FIGURE 2
EXPERIMENT 23 CONSTANT - THICKNESS OF MDF 2 MM
SLITS UP SLITS DOWN
VARIABLE - SIZE OF MDF BOARD 320 × 180MM LENGTH OF LINE — 70MM AND 80 MM GAP BETWEEN TWO LINE 4 MM OBSERVATION - WE INCREASED THE LENGTH OF THE BOARD AND GAVE FULL CUTS , IT GAINED SPIRAL FORM.
FIGURE 1
FIGURE 2
EXPERIMENT 24 CONSTANT - THICKNESS OF MDF 2 MM
SLITS UP SLITS DOWN
VARIABLE - SIZE OF MDF BOARD 160 × 95MM LENGTH OF LINE — 70MM AND 80 MM GAP BETWEEN TWO LINE 4 MM OBSERVATION - WE TOOK 2 SAME BOARDS WITH SAME PATTERNS THEN MIRROR IT AND CREATED A MODULE
FIGURE 1
FIGURE 2
EXPERIMENT 25 CONSTANT - THICKNESS OF MDF 2 MM
SLITS UP SLITS DOWN
VARIABLE - SIZE OF MDF BOARD 250 × 250 MM GAP BETWEEN TWO LINE 5 MM ANGLE OF LINE 45 DEGREE CORNER RADIUS -- 40 DEGREE OBSERVATION - AS WE CHANGE A GEOMETRY OF BOARD WE ACHIEVE 17MM HEIGHT OF SLITS
FIGURE 1
FIGURE 2
EXPERIMENT 26 CONSTANT - THICKNESS OF MDF 2 MM
SLITS UP SLITS DOWN
VARIABLE - SIZE OF MDF BOARD 250 × 250 MM GAP BETWEEN TWO LINE 5 MM ANGLE OF LINE 40 DEGREE CORNER RADIUS -- 40 DEGREE OBSERVATION - AS WE CHANGED THE GEOMETRY OF THE BOARD TO CURVE , IT TOOK SPIRAL FORM.
FIGURE 1
FIGURE 2
EXPERIMENT 27
SLITS UP SLITS DOWN
CONSTANT - THICKNESS OF MDF 2 MM VARIABLE - SIZE OF MDF BOARD 250 × 250 MM GAP BETWEEN TWO LINE 5 MM CORNER RADIUS -- 40 DEGREE
OBSERVATION - AS WE CHANGE PATTERN ON THE SAME GEOMETRY OF THE BOARD IT AGAIN TOOK A ROUGH SPIRAL FORM .
FIGURE 1
FIGURE 2
EXPERIMENT 28 CONSTANT - THICKNESS OF MDF 2 MM
SLITS UP SLITS DOWN
VARIABLE - SIZE OF MDF BOARD 220 × 220 MM GAP BETWEEN TWO LINE 5 MM ANGLE OF LINE 40 DEGREE CORNER RADIUS -- 390 DEGREE AND 205 DEGREE OBSERVATION - AS WE CHANGE GEOMETRY AND PATTERN OF THE BOARD WE GOT 32 MM HEIGHT
FIGURE 1
FIGURE 2
EXPERIMENT 29 SLITS UP SLITS DOWN
CONSTANT - THICKNESS OF MDF 2 MM VARIABLE - SIZE OF MDF BOARD 300 × 250 MM GAP BETWEEN TWO LINE 5 MM
OBSERVATION - AS WE CHANGE GEOMETRY AND PATTERN OF BOARD WE GOT 4 MM HEIGHT
FIGURE 1
FIGURE 2
EXPERIMENT 30
SLITS UP SLITS DOWN
CONSTANT - THICKNESS OF MDF 2 MM VARIABLE - SIZE OF MDF BOARD 400 × 250 MM GAP BETWEEN TWO LINE 5 MM ANGLE OF LINE 135 DEGREE OBSERVATION - AS WE CHANGE GEOMETRY AND PATTERN OF BOARD WE GOT 5 MM HEIGHT
FIGURE 1
FIGURE 2
EXPERIMENT 31 CONSTANT - THICKNESS OF MDF 2 MM
SLITS UP SLITS DOWN
VARIABLE - SIZE OF MDF BOARD 400 × 250 MM GAP BETWEEN TWO LINE 5 MM OBSERVATION - AS WE CHANGE GEOMETRY AND PATTERN OF BOARD WE GOT 4 MM HEIGHT
FIGURE 1
FIGURE 2
EXPERIMENT 32 CONSTANT - THICKNESS OF MDF 2 MM
SLITS UP SLITS DOWN
VARIABLE - HALF CIRCLE - DIAMETER 400 MM GAP BETWEEN TWO LINE 5 MM ANGLE OF LINE 30 DEGREE OBSERVATION - AS WE CHANGE GEOMETRY AND PATTERN OF BOARD WE GOT 15 MM HEIGHT
FIGURE 1
FIGURE 2
EXPERIMENT 33
SLITS UP SLITS DOWN
CONSTANT - THICKNESS OF MDF 2 MM VARIABLE - HALF CIRCLE - DIAMETER 400 MM GAP BETWEEN TWO LINE 5 MM ANGLE OF LINE 35 DEGREE
OBSERVATION - AS WE CHANGE PATTERN ON BOARD WE GOT 20 MM HEIGHT
FIGURE 1
FIGURE 2
EXPERIMENT 34
SLITS UP SLITS DOWN
CONSTANT - THICKNESS OF MDF 2 MM VARIABLE - SIZE OF MDF BOARD 300 × 300 MM GAP BETWEEN TWO LINE 5 MM ANGLE OF LINE 90 DEGREE
OBSERVATION - AS WE CHANGE GEOMETRY OF BOARD WE GOT 360 DEGREE SURFACE
FIGURE 1
FIGURE 2
EXPERIMENT 35
SLITS UP SLITS DOWN
CONSTANT - THICKNESS OF MDF 2 MM VARIABLE - SIZE OF MDF BOARD 250 × 250 MM GAP BETWEEN TWO LINE 5 MM OBSERVATION - AS WE CHANGE GEOMETRY OF BOARD WE GOT 180 DEGREE SURFACE
FIGURE 1
FIGURE 2
EXPERIMENT 36 SLITS UP SLITS DOWN
CONSTANT - THICKNESS OF MDF 2 MM VARIABLE - SIZE OF MDF BOARD 380 × 380 MM GAP BETWEEN TWO LINE 8 MM ANGLE OF LINE 90 DEGREE OBSERVATION - AS WE CHANGE PATTERN AND GEOMETRY OF BOARD WE GOT 25 MM HEIGHT
FIGURE 1
FIGURE 2
MODULE EXPLORATION THIS CHAPTER DEALS AROUND THE EXPLORATION DONE BY JOINING TWO OR MORE MODULES WHICH CREATES A SPACE
EXPERIMENT 1 CONSTANT - THICKNESS OF MDF 2 MM
SLITS UP SLITS DOWN
VARIABLE - SIZE OF MDF BOARD 160 × 95MM LENGTH OF LINE — 70MM AND 80 MM GAP BETWEEN TWO LINE 4 MM SIDE RADIUS -- 150 DEGREE OBSERVATION - AS WE CHANGED THE GEOMETRY OF THE BOARD TO CURVE , IT TOOK SPIRAL FORM.
EXPERIMENT 2
SLITS UP SLITS DOWN
CONSTANT - THICKNESS OF MDF 2 MM VARIABLE - SIZE OF MDF BOARD 160 × 95MM LENGTH OF LINE — 70MM AND 80 MM GAP BETWEEN TWO LINE 4 MM OBSERVATION - AS WE CHANGED THE GEOMETRY OF THE BOARD TO CURVE , IT TOOK SPIRAL FORM.
EXPERIMENT 3 CONSTANT - THICKNESS OF MDF 2 MM
SLITS UP SLITS DOWN
VARIABLE - SIZE OF MDF BOARD 320 × 180MM LENGTH OF LINE — 70MM AND 80 MM GAP BETWEEN TWO LINE 4 MM OBSERVATION - WE INCREASED THE LENGTH OF THE BOARD AND GAVE FULL CUTS , IT GAINED SPIRAL FORM.
EXPERIMENT 4 CONSTANT - THICKNESS OF MDF 2 MM
SLITS UP SLITS DOWN
VARIABLE - SIZE OF MDF BOARD 160 × 95MM LENGTH OF LINE — 70MM AND 80 MM GAP BETWEEN TWO LINE 4 MM OBSERVATION - WE TOOK 2 SAME BOARDS WITH SAME PATTERNS THEN MIRROR IT AND CREATED A MODULE
EXPERIMENT 5 CONSTANT - THICKNESS OF MDF 2 MM
SLITS UP SLITS DOWN
VARIABLE - SIZE OF MDF BOARD 480 × 250 MM GAP BETWEEN TWO LINE 2 MM OBSERVATION - AS WE CHANGE PATTERN AND GEOMETRY OF BOARD WE GOT 40 MM HEIGHT
EXPERIMENT 6 CONSTANT - THICKNESS OF MDF 2 MM VARIABLE - SIZE OF MDF BOARD 400 × 400 MM GAP BETWEEN TWO LINE 8 MM ANGLE OF LINE 60 DEGREE OBSERVATION - AS WE CHANGE PATTERN AND GEOMETRY OF BOARD WE GOT 105 MM HEIGHT
SLITS UP SLITS DOWN
EXPERIMENT 7 CONSTANT - THICKNESS OF MDF 2 MM VARIABLE - SIZE OF MDF BOARD 480 × 250 MM GAP BETWEEN TWO LINE 2 MM OBSERVATION - WE CREATED A MODULE USING BOARD WITH SAME PATTERN BUT DIFFERENT SIZES AND GOT 40 MM HEIGHT SLITS UP
SLITS DOWN
EXPERIMENT 8 CONSTANT - THICKNESS OF MDF 2 MM VARIABLE - 4X MODULE OF EXPERIMENT 40 GAP BETWEEN TWO LINE 8 MM OBSERVATION - AS WE INCREASED THE NUMBER OF MODULES WE GOT THE STABLE FORM
SLITS UP SLITS DOWN
DIGATAL FORM IN THIS CHAPTER DIGITAL REPLICA OF THE FINAL FORM HAS SHOWN WITH RESPECT TO THE HUMAN SCALE
SITE ANALYSIS THIS CHAPTER DEALS AROUND WITH THE ANALYSIS OF THE SITE IN WHICH, ONE ALSO GET TO KNOW THE POSITION AND TIMMINGS OF THE SUN
SITE ANALYSIS LOCATION :- JUBILEE PARK , LONDON , UNITED KINGDOM THE SITE IS A GREEN SPACE LONDON’S SOUTH BANK
FITNESS CRITERIA
INCREASING DAYLIGHT HRS TO 6 HRS
FITNESS CRITERIA
PROPOSING SITE
INCREASING DAYLIGHT HRS TO 6 HRS
SUMMER SOLSTICE WINTER SOLSTICE ANNUAL VARIATION
PROPOSING SITE AREA : 180 SQ.M N :- 51°30’14” E :- 0°07’05”
https://www.timeanddate.com/worldclock/uk/london https://www.gaisma.com/en/location/london.html
ANALYSIS DIAGRAM EXHIBITION TIMINGS - 9.00AM TO 3.00PM (6 HOURS) 21 JUNE - SUMMER SOLSTICE 21 DECEMBER - WINTER SOLSTICE
ITERATION ANALYSIS MODULE
EVALUATING SURFACE
DAYLIGHT ANALYSIS THIS CHAPTER DEALS AROUND WITH THE ANALYSIS OF THE DAYLIGHT TIMMINGS OF THE YEAR
DAYLIGHT ANALYSIS ITERATION 1 [ NO.OF SLITS = 11 ]
WINTER SOLSTICE
TEST TIME PERIOD = 1 DEC - 30 DEC SUNLIGHT HRS ( 5 HRS 30 MIN )
SUMMER SOLSTICE
TEST TIME PERIOD = 1 JUNE - 30 JUNE SUNLIGHT HRS ( 2 HRS 20 MIN )
DAYLIGHT ANALYSIS ITERATION 2 [ NO.OF SLITS = 13 ]
WINTER SOLSTICE
TEST TIME PERIOD = 1 DEC - 30 DEC SUNLIGHT HRS - 5 HRS 20 MIN
SUMMER SOLSTICE
TEST TIME PERIOD = 1 JUNE - 30 JUNE SUNLIGHT HRS ( 1 HRS 40 MIN)
DAYLIGHT ANALYSIS ITERATION 3 [ NO.OF SLITS = 9 ]
WINTER SOLSTICE
TEST TIME PERIOD = 1 DEC - 30 DEC SUNLIGHT HRS ( 5 HRS 20 MIN )
SUMMER SOLSTICE
TEST TIME PERIOD = 1 JUNE - 30 JUNE SUNLIGHT HRS ( 2 HRS 20 MIN )
DAYLIGHT ANALYSIS ITERATION 4 [ NO.OF SLITS = 11 ]
WINTER SOLSTICE
TEST TIME PERIOD = 1 DEC - 30 DEC SUNLIGHT HRS ( 5 HRS 40 MIN )
SUMMER SOLSTICE
TEST TIME PERIOD = 1 JUNE - 30 JUNE SUNLIGHT HRS ( 3 HRS 45 MIN )
CIRCULATION THIS CHAPTER DEALS AROUND WITH THE CIRCULATION OF THE PEOPLE INSIDE THE PAVILLION
CIRCULATION
JAY NAKRANI VINAL PATEL VAIDEHI PATEL SWARRNIM INSTITUTE OF DESIGN [BATCH '19]