The soft grid by Kardasis, Ari (Ari David)

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Condensation on superhydrophobic copper oxide nanostructures by Dou, Nicholas (Nicholas Gang)

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Sound from ultrasound : the parametric array as an audible sound source by Pompei, F. Joseph (Frank Joseph), 1973-

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Exploring the material properties of small scale folded structures by Uberti, Megan E

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Materials selection and processing for reliable neural interfaces by Tringides, Christina M. (Christina Myra)

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Numerical optimization of topological photonic waveguides by Chan, Ric

“…We aim to uncover the optimal configurations, geometries, and parameters that yield the most efficient and effective coupling between these different waveguide types. …”
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Experiment study on energy absorption of multi jet fusion printed cuttlebone-like structure by Lau, Zhan Yung

“…Additive manufacturing technologies such as MultiJet Fusion (MJF) technology is particularly suitable for producing cellular structures due to its ability to cost effectively produce intricate and complex geometries with consistent mechanical properties. …”
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Investigation of copper alloy fabricated via laser powder bed fusion by Goh, Chun Wei

“…It uses a laser source to melt metallic powder neatly in layers and can produce complex geometries. Cu-Cr-Zr exhibits high thermal and electrical conductivity which have components from aerospace to nuclear industries. …”
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Experimental and simulation analysis on energy absorption capacity of 3D printed structure design (H) by Yodan Ngaturi

“…Additive manufacturing is a new form of manufacturing process that builds up an object by progressively adding raw material such as plastic or metal to achieve a desired shape. 3D printing is the most common type of additive manufacturing method as it is cost-effective, simple to use and can be used to create intricate geometries. This report seeks to investigate the energy absorption capacity of a 3D printed circular tube design through simulations and experimental analysis. …”
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Mechanotransduction of cells under physical constraints by Koh, Xiao Woon.

“…Type I collagen molecules of different geometries were stamped using microcontact printing technique onto polyacrylamide (PAL) gel embedded with fluorescent microbeads. …”
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Image processing for monitoring obstructive sleep apnea by Chan, Wei Kiat.

“…Simple square images were used to replicate the pharyngeal regions and the program was able to detect the required images as requested by the author. 7 images (consisting of squares, pentagon, triangles, and irregular geometries) are used to test the performance of the program. …”
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Numerical method for simulation of unsteady flows with immersed moving/deforming elastic structures on unstructured grids by Lv Xin

“…Such features ensure the convenient and accurate modeling of complex geometries. A 3rd-order high-resolution edge-based Roe approximate scheme is adopted in the NS solver to accurately capture the possible existence of shock in highspeed flow regions, while cell-based 2nd-order Galerkin-type formulation is used to calculate the variable gradients. …”
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Micro plastic injection molding by Koh, Rachel Sheng Lin

“…The plastic injection molding process allows complex geometries to be made in short time and has thus played a critical role in the mass production of parts. …”
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Experimental investigation of methane storage on various adsorbents by Keshyap, Jill Priya

“…Isosteric heats of adsorption were also derived using the Clausius−Clapeyron equation, confirming that increased pore size geometries positively influence the adsorbent-adsorbate interactions of methane and microporous adsorbents.…”
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Effect of symmetry of branching on leaf-like flow channel by Huang, Zhiwei

“…For this experiment, the microchannel effect is created by superimposing macro geometries, which can be manufactured using readily available machining methods at a much lower cost. …”
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Fabricating micro-features using polymer 3D additive manufacturing by Yao, Denghui

“…Additive manufacturing provides a solution to fabricate structures with complex geometries and features that are difficult or impossible using traditional manufacturing techniques. …”
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Three-dimensional analysis of basal heave for excavations with diaphragm walls by Wang, Ling

“…The Plane strain ratio (PSR) which is defined as the maximum wall deflection from 3D analysis divided by the maximum wall deflection from 2D analysis is used to compare the wall performance for a number of different excavation and wall geometries. The finite element analyses indicate that the basal heave factor of safety is proportional to the embedment wall depth and wall thickness, but inversely proportional to the excavation length. …”
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Parametric studies on process parameters of directed energy deposition by Huang, Runcheng

“…Additive manufacturing (AM) has attracted much research interest in recent years due to its ability to directly create complex geometries with customizable material properties from 3D CAD model without any tools and molds. …”
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Failure analysis of hybrid scarf joints by Toh, Zi Ying

“…Adhesively bonded joints are known for factors such as its material compatibility, ability to form large complex geometries and its lower fabrication costs, it also offers more alternatives over traditional joint techniques. …”
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A machine learning approach to detect surface features for automatic robot taping by Chong, Bing Sheng

“…However, more work needed to be done for the automatic robot taping system to be able to work with parts with complex geometries, such as gaps and holes. This paper aims to create a machine learning model that can analyze force feedback data from the load cell and potentiometer to identify the surface features in contact with the taping tool head, as well as identify the incidence angle of taping tool head to the surface. …”
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