Masters Dissertation

Page 39

Architecture Resolution to Accommodate Adrenaline Rush Activities in Urban Areas | ARK 805 Dissertation

of water releases into an area of lower velocity flow, it slows down very quickly. The kinetic energy of the flow is converted to potential energy in the form of a wave known as a hydraulic jump. An example of an everyday hydraulic jump is the stationary circular wave that forms around a stream of water as it flows out of the tap and contacts a flat surface. The jump is characterised by fast moving water before the jump where there is also higher water depth and a more turbulent flow.

Figure 2: Hydraulic Jump Phenomena in standing surf wave technology Source: Author

As for the standard requirement, a series of pumps at one end of a pool that push out a smooth flat, fast flow of water. The water then encounters a smooth bump called as a foil or spoiler to direct moving water upwards. The shape of the foil is altered to create different types of flows. The determination of this shape involves complex calculations. The hydraulic jump is formed between the spoiler and the force. A surfer has to manage true dynamic relationship between water streaming over the jump, the non-homonymic constraints of the board surfaces acting on the water and the gravity vector. It can be adjusted to different wave shapes including left and right barrelling waves, stable beginner waves, and natural standing wave which are deeper and more challenging. This is accomplished by parameters such as incoming flow rate, the incoming channel width and the contour of the bottom including the spoiler and the foil. The water is circulated continuously on a curling wave for example the water is pushed to one side of the pool 23


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REFERENCE

1min
pages 159-161

6.2 Recommendation

3min
pages 157-158

5.5 Discussion

4min
pages 151-153

Table 17 : Questionnaire of general surfer analysis

0
page 126

5.1.2 Webber Wave Pool (WWP), Sunshine Park, Queensland, Australia

3min
pages 118-120

4.10 Summary

2min
pages 113-114

Table 13 : Webber Wave Pool analysis

1min
page 117

Chart 7 : Division of satisfaction of wave height & wavelength of Cherating wave

1min
page 98

Table 9 : Summary of Interview (Experts surfer) findings

4min
pages 83-85

Table 10 : Questionnaire (General surfer) findings

4min
pages 86-89

Table 8 : Interview (Experts surfer) findings

1min
page 82

Table 7 : Summary of precedent study‟s findings

5min
pages 78-81

4.4.3 Surfing space attributes

1min
page 72

Image 24 : Seagaia Ocean Dome overall image

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page 65

Image 25 : Seagaia Ocean Dome applies centralised planning to integrate with user

0
page 68

Image 22 : Webber Wave Pool maintain the natural environment

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page 64

4.2.3 Surfing space attributes

1min
page 62

Image 18 : Sculpture texture with different light angle

1min
pages 59-60

3.4 Criteria for Questionnaire selection

0
page 54

3.2 Obstructive interview

1min
page 52

2.8 Summary

2min
pages 48-49

3.1.1 Criteria for precedent study selection

1min
page 51

Image 8 : Circular wave pool by Greg Webber Technology

1min
page 42

2.7 Reflecting the genius loci of a place

1min
page 47

Figures 2: Hydraulic jump phenomena in standing surf wave technology

1min
page 39

2.4 The surf pool

1min
page 34

1.1.1 Philosophy of wave surfing

3min
pages 18-19

1.3 Aim & Objective of research

1min
page 21

2.3 Malaysia surfing scenario

1min
page 32

1.9 Summary

3min
pages 26-28

1.4 Research question

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page 22

2.2 Understanding surfing satisfaction

1min
page 31

1.5 Methodology

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page 23

1.2 Problem Statement

1min
page 20
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