Items where Author is "Nurizzatul Atikha, Rahmat"

Article

M. A., Fitriady and Nurizzatul Atikha, Rahmat and A. F., Mohammad and S. A., Zaki (2023) Numerical simulation of the boundary layer development behind a single quarter elliptic-wedge spire. Journal of Mechanical Engineering and Sciences (JMES), 17 (2). 9421 -9432. ISSN 2231-8380 (online). (Published)

Nurul, Izzati and Sheikh Ahmad, Zaki and Rijal, Hom Bahadur and Rey, Jorge Alfredo Ardila and Hagishima, Aya and Nurizzatul Atikha, Rahmat (2023) Investigation of thermal adaptation and development of an adaptive model under various cooling temperature settings for students’ activity rooms in a university building in malaysia. Buildings, 13 (36). pp. 1-25. ISSN 2075-5309. (Published)

Fitriady, Muhammad Arifuddin and Nurizzatul Atikha, Rahmat and Ahmad Faiz, Mohammad (2023) Vertical and spanwise wake flow structures of a single spire over smooth wall surface in a wind tunnel. Journal of Applied Fluid Mechanics, 16 (12). pp. 2459-2470. ISSN 1735-3572. (Published)

Nurizzatul Atikha, Rahmat and Hagishima, Aya and Ikegaya, Naoki and Tanimoto, Jun (2018) Experimental study on effect of spires on the lateral nonuniformity of mean flow in a wind tunnel. Evergreen, 5 (1). pp. 1-15. ISSN 2189-0420. (Published)

Book Chapter

Nurizzatul Atikha, Rahmat and Kamil Khalili, Haji Abdullah and Khairun Adhani, Khairunizam (2023) Natural Ventilation in Traditional Malay House A Study of Flow Pattern by an Enhanced Smoke Wire Technique. In: Energy and Environment in the Tropics. Lecture Notes in Energy, 92 . Springer, pp. 289-303. ISBN 978-981-19-6687-3

Muhammad Arifuddin, Fitriady and Nurizzatul Atikha, Rahmat and Ahmad Faiz, Mohammad (2023) Urban Heat Island Phenomenon in Tropical Countries: Analysis of the Wake Flow Behind Slender High-Rise Building. In: Lecture Notes in Energy. Lecture Notes in Energy, 92 . Springer Link, Springer Nature Singapore, pp. 522-538. ISBN 2195-1284 (Printed); 2195-1292 (Online)

Conference or Workshop Item

Nurizzatul Atikha, Rahmat and M. R., Ramli and M. H. C., Hassan and K. K. H., Abdullah and K. A., Khairunizam (2023) Enhanced smoke wire technique with control dripping valve in a small scaled quasi-atmospheric boundary layer wind tunnel. In: Lecture Notes in Mechanical Engineering; 6th International Conference in Mechanical Engineering Research, ICMER 2021 , 26 - 27 October 2021 , Virtual, Online. 611 -627.. ISSN 2195-4356 ISBN 978-981191456-0 (Published)

Fitriady, Muhammad Arifuddin and Nurizzatul Atikha, Rahmat and Ahmad Faiz, Mohammad (2022) Effect of mesh refinement on vertical and lateral velocity profiles of the wake flow behind a spire based on cfd. In: The 6th National Conference for Postgraduate Research (NCON-PGR 2022) , 15 November 2022 , Virtual Conference, Universiti Malaysia Pahang, Malaysia. p. 160.. (Published)

Muhammad Arifuddin, Fitriady and Nurizzatul Atikha, Rahmat and Ahmad Faiz, Mohammad (2022) Numerical simulation on the elucidation of wake flow structure behind a single Quarter Elliptic-Wedge Spire. In: Engineering Technology International Conference 2022 (ETIC 2022) , 7 - 8 September 2022 , Universiti Malaysia Pahang, Pahang. pp. 1-9.. ISBN 978-1-83953-782-0 (Published)

Kamil Khalili, Haji Abdullah and Nurizzatul Atikha, Rahmat and Khairun Adhani, Khairunizam (2022) Flow pattern around traditional malay house using enhanced smoke wire technique in a boundary layer wind tunnel. In: IET Conference Proceedings. 2022 Engineering Technology International Conference, ETIC 2022 , 7 - 8 September 2022 , Kuantan, Virtual. pp. 49-56., 2022 (22). ISSN 2732-4494 ISBN 978-183953782-0 (Published)

Nurizzatul Atikha, Rahmat and Mujahid Husaimi, Che Hassan and Mohammad Rozaki, Ramli (2021) Enhanced smoke wire technique in small scaled quasi-atmospheric boundary layer wind tunnel. In: Creation, Innovation, Technology & Research Exposition (CITREX) 2021 , 2021 , Virtually hosted by Universiti Malaysia Pahang. p. 1.. (Published)

Thesis

Nurizzatul Atikha, Rahmat (2013) Prediction of maximum strain and strain rate in SHPB specimens based on energy analysis. Masters thesis, Japan , Okayama University (Contributors, UNSPECIFIED: UNSPECIFIED).