Investigation of wing rock on delta wing part 1 : flow field and hydrodynamic force analysis by Gan, Calvin Cheng Rui

“…This final year project focuses on the study of wing rock of delta wings at high angles of attack in a water tunnel. …”
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Calcium regulation of glucagon-like peptide-1 secretion. by Chua, Sharon Chia Ling.

“…Glucagon-like peptide (GLP-1), a hormone secreted from enteroendocrine L-cells in response to nutrient ingestion. …”
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The effect of weathering on surface characteristics of chemically modified scots pine (pinus sylvestris) wood by Amanah, Sinta, Martha, Resa, Basri, Efrida, Mubarok, Mahdi, Sekartining Rahayu, Istie, Alipraja, Irsan, Darmawan, Wayan, Gérardin, Phillippe, Emmerich, Lukas, Militz, Holger, Hani Abdullah, Ummi

“…The Ra and SFE of both untreated and modified pine specimens increased after weathering processes. …”
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Responses of gas exchange and growth in Merkus pine seedlings to expected climatic changes in Thailand by Koskela, Jarkko

“…Responses of gas exchange and growth in Merkus pine (Pinus merkusii Jungh. et de Vriese) seedlings to changing climate were analysed for high- and low-altitude sites in Thailand. …”

Leong Ying Foo sambung PhD kerana minat yang mendalam terhadap Penyelidikan by Shalfarina, Shahriman

“…GAMBANG, 25 Oktober 2024 – Minat yang mendalam terhadap bidang penyelidikan telah mendorong seorang penyelidik Universiti Malaysia Pahang Al-Sultan Abdullah (UMPSA) iaitu Leong Ying Foo, 26 untuk menceburi bidang tersebut ketika pengajiannya di universiti ini.…”
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Computational fluid dynamics of flapping wings by Ng, Eric Tee-Sang.

“…This paper studies the Computational Fluid Dynamics of flapping wings using the JET Code, which uses the large eddy simulation model and the immersed boundary method. …”
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Adaptive wing and fuselage structure for UAVs by Truong, Ngoc Quoc Thang.

“…These wonderful characteristics enable the UAVs to be contractible/deployable, warping and morphing wing. However, there are still serious short-comings with these inflated wings, including the ultra-high compressed-air pressure, difficulty in wing-profile shaping and unreliable. …”
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Analysis of flapping-wing compliant mechanism by Fam, Shi Jiez

“…Wing inertia is the mass property that defines the torque needed by flapping-wing creatures to accelerate and decelerate the wings. …”
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Bi-stable mechanism for morphing wings by Yang, Jingjing

“…Morphing wing aircraft has been a complicated topic that involves higher level of knowledge that would be difficult for us to grasp right off. …”
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CSS-like constructions of asymmetric quantum codes by Ezerman, Martianus Frederic, Jitman, Somphong, Ling, San, Pasechnik, Dmitrii V.

“…After establishing some theoretical foundations, best-performing CSS-like AQCs are constructed. Combining some constructions of nested pairs of classical codes and linear programming, many optimal and good pure q-ary CSS-like codes for q ∈ {2,3,4,5,7,8,9} up to reasonable lengths are found. …”
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Design and fabrication of piezoelectrically driven wing flapper by Xu, WeiQuan.

“…This study focused on reproducing the flapping mechanism observed in insect flight using piezoelectric material as its driving mechanism. The result was a wing flapper capable of achieving large wing strokes and weighs 1.26gram. …”
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Micro air vehicles : flapping wing propulsion by Koay, Say Seng.

“…The wing used was a straight wing of airfoil NACA 0012. …”
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An investigation of finite wings with leading edge protuberances by Gan, Christopher De Hao

“…In the present study, Particle Image Velocimetry (PIV) was carried out in a water tunnel at a Reynolds number of 2.0 x 10^4 to investigate the cross stream flow around finite wings with leading-edge protuberances. Results obtained confirm that the protuberances lead to the generation of counter-rotating vortex pairs (CVPs), similar to the function of vortex generators. …”
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Walking like trees by Lim, Jonathan Yong Ern

“…Walking Like Trees was a year-long exploration of storytelling through the juxtaposition of text and image within the medium of the printed graphic novel. …”
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Lightweight mechanical amplifiers for rolled dielectric elastomer actuators and their integration with bio-inspired wing flappers by Lau, Gih-Keong, Lim, Hoong-Ta, Teo, Jing-Ying, Chin, Yao-Wei

“…Dielectric elastomer actuators (DEAs) are attractive for use in bio-inspired flapping-wing robots because they have high work density (specific energy) and can produce a large actuation strain. …”
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Identification and application of self-binding zipper-like sequences in SARS-CoV spike protein by Zhang, Si Min, Liao, Ying, Neo, Tuan Ling, Lu, Yanning, Liu, Ding Xiang, Vahlne, Anders, Tam, James Pingkwan

“…Self-binding peptides containing zipper-like sequences, such as the Leu/Ile zipper sequence within the coiled coil regions of proteins and the cross-β spine steric zippers within the amyloid-like fibrils, could bind to the protein-of-origin through homophilic sequence-specific zipper motifs. …”
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An experimental investigation on finite wings with leading-edge protuberances by Teo, Marcus Jun Jie

“…Additionally, analysis of flows over the suction side of the wing will be conducted using Particle Image Velocimetry to determine the nature of flows over a tubercle wing against a baseline wing. …”
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An experimental investigation of vibration testing of aircraft wing structure by Chew, Chor Loon.

“…This report presents the experimental investigation and vibration analysis of an aircraft wing structure using impact testing. The importance of obtaining its vibration characteristics such as the natural frequencies and mode shapes of the aircraft wing structure to prevent flutter phenomena that can eventually lead to structural failure is also reviewed. …”
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Investigation and fabrication of tiltrotors/tiltwings with morphing wing mechanisms by Hon, Shah Kiat.

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Investigation of the effects of wing membrane slackness on thrust generation by Chua, Jasper Dong Qiu

“…The theory for flapping wing aerodynamics is that, by increasing the angle of attack of the wing, the wing is able to achieve an increasing lift coefficient and in turn a larger lift force until a maximum is reached. …”
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