Mirror box sky simulator / Noorshuhaida Abu Bakar
This research was done to determine and evaluate the Shah Alam Mirror Box Sky Simulator. The objectives for this study are to develop mathematical model for the Shah Alam Sky, to compare the Shah Alam Sky Model with Nakamura Model and to calibrate a mirror box sky simulator based on the Shah Alam Sk...
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2007
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my.uitm.ir.453702022-11-11T06:48:48Z https://ir.uitm.edu.my/id/eprint/45370/ Mirror box sky simulator / Noorshuhaida Abu Bakar Abu Bakar, Noorshuhaida Mathematical physics This research was done to determine and evaluate the Shah Alam Mirror Box Sky Simulator. The objectives for this study are to develop mathematical model for the Shah Alam Sky, to compare the Shah Alam Sky Model with Nakamura Model and to calibrate a mirror box sky simulator based on the Shah Alam Sky Model. The Nakamura Model is Lp/Lz = (2+3sinθ)/5 where θ is the altitude angle from horizontal to the point P in the sky under consideration, Lp is the luminance value at point P and Lz is the luminance value at zenith (Z). The illuminances for sky simulator box were measured using luxmeter. Measurement were made for altitudes of 0°, 30°, 40°, 50° and 60° and the azimuth angles of 0°, 90°, 180° and 270°. The measured illuminance data for sky simulator box were analyzed using Excel software and the models were produced using 'Curve Fitting' method. The mathematical equations for sky simulator were compared with Nakamura Model. The mathematical equation for sky simulator is Lp/Lz = 0.6+0.3sinθ. 2007 Student Project NonPeerReviewed text en https://ir.uitm.edu.my/id/eprint/45370/1/45370.pdf Mirror box sky simulator / Noorshuhaida Abu Bakar. (2007) [Student Project] (Unpublished) |
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This research was done to determine and evaluate the Shah Alam Mirror Box Sky Simulator. The objectives for this study are to develop mathematical model for the Shah Alam Sky, to compare the Shah Alam Sky Model with Nakamura Model and to calibrate a mirror box sky simulator based on the Shah Alam Sky Model. The Nakamura Model is Lp/Lz = (2+3sinθ)/5 where θ is the altitude angle from horizontal to the point P in the sky under consideration, Lp is the luminance value at point P and Lz is the luminance value at zenith (Z). The illuminances for sky simulator box were measured using luxmeter. Measurement were made for altitudes of 0°, 30°, 40°, 50° and 60° and the azimuth angles of 0°, 90°, 180° and 270°. The measured illuminance data for sky simulator box were analyzed using Excel software and the models were produced using 'Curve Fitting' method. The mathematical equations for sky simulator were compared with Nakamura Model. The mathematical equation for sky simulator is Lp/Lz = 0.6+0.3sinθ. |
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Abu Bakar, Noorshuhaida |
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Abu Bakar, Noorshuhaida |
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Abu Bakar, Noorshuhaida |
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Mirror box sky simulator / Noorshuhaida Abu Bakar |
title_short |
Mirror box sky simulator / Noorshuhaida Abu Bakar |
title_full |
Mirror box sky simulator / Noorshuhaida Abu Bakar |
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Mirror box sky simulator / Noorshuhaida Abu Bakar |
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Mirror box sky simulator / Noorshuhaida Abu Bakar |
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mirror box sky simulator / noorshuhaida abu bakar |
publishDate |
2007 |
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https://ir.uitm.edu.my/id/eprint/45370/1/45370.pdf https://ir.uitm.edu.my/id/eprint/45370/ |
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1751539816266203136 |
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