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Microclimate Study @ HCI

Microclimate Study @ HCI. Done by 2O3 Group 2 Members: Linus Chan (01) Foo Yock Haw (11) Gifford Lee (12) Lin Qin Li (17). Hypothesis. Concrete areas are hotter than non-concrete area. Site A: Top Floor of Multistorey Carpark. Site B: Garden outside printing centre.

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Microclimate Study @ HCI

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  1. Microclimate Study @ HCI Done by 2O3 Group 2 Members: Linus Chan (01) Foo Yock Haw (11) Gifford Lee (12) Lin Qin Li (17)

  2. Hypothesis • Concrete areas are hotter than non-concrete area.

  3. Site A: Top Floor of Multistorey Carpark

  4. Site B: Garden outside printing centre

  5. Site C: Open space between canteen and Block C

  6. Site D: Terraces

  7. Site E: Field

  8. Site F: Running Track

  9. Site G: Fountain area outside General Office

  10. Fieldwork Temperature of the Places (14th Jan/15th Jan)

  11. Post-Fieldwork Temperature of the Places through Ranking 1. Running Track(F) 2. Top floor of Multistorey Carpark(A) & Terraces(D) 4. Field(E) 5. Fountain area outside General Office(G) 6. Open space between canteen and Block C(C) 7. Garden outside printing centre(B)

  12. Post-Fieldwork Concrete area vs. Non-concrete area The average temperature of concrete area is not higher than that of non-concrete area.

  13. Conclusion • Our hypothesis is rejected. • The rejection might be due to multiple errors caused during the experiment, such as not measuring the temperature as the same point at each location during the two measurements. • We believe that the result will probably be more reliable if the temperature is taken at the same time.

  14. Thank You

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