ClusteringSDF: self-organized neural implicit surfaces for 3D decomposition by Wu, Tianhao, Zheng, Chuanxia, Cham, Tat-Jen, Wu, Qianyi

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Development of image-based method for the quantitative assessment of cartilage damage from CT as a biomarker in osteoarthritis by Zheng, J-Q

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15.812 Marketing Management, Fall 2002 by Frederick, Shane

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A unified multi-task learning architecture for fast and accurate pedestrian detection by Zhou, Chengju, Wu, Meiqing, Lam, Siew-Kei

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Vision feedback on freeform-shaped structure for 3D printing by Quah, Noel Tan Kai

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15.818 Pricing, Spring 2005 by Tucker, Catherine

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Long contraction scour by Koh, Chun Wei

“…Using the incomplete self-similarity method and regression analysis of the database, a predictive scour depth equation was proposed which is suitable for applications with uniform and non-uniform sediments. It was found that the maximum scour depth in a long contraction depends mainly on the effect of the densimetric Froude number (Fo,d84), width ratio of the uncontracted to the contracted channel (B1/B2), sediment gradation (σg), and the relative sediment size (d84/h1). …”
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3D confined jet scour at a wall by Chee, Wei Hong

“…Scouring is a natural phenomenon of sediment transportation caused by the lifting and reposition of sediments by strong current or rapid flowing water. …”
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Combining stratigraphy and tectonics to understand intermittent deposition on the outer rise offshore Sumatra, Indonesia by Tan, Li Ching

“…We present a robust method of estimating the ages of deep sea sediments at active margins by relating tectonic deformation of the sediments to a known deformation rate. …”
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The Ayeyarwady River (Myanmar) : washload transport and its global role among rivers in the Anthropocene by Latrubesse, Edgardo M., Park, Edward, Kästner, Karl

“…Despite the Ayeyarwady ranking amongst the world’s largest rivers and its vital importance to Myanmar, scarce research has been undertaken to understand its morphodynamics and sediment transport regime. Current load estimates still heavily rely on the only systematic study of sediment transport dating back to the 19th century. …”
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Characterisation of novel electroactive consortia from environmental samples enriched through potentiostatic growth by Doyle, Lucinda Elizabeth

“…Comparison revealed the enriched community from canal sediment was superior to that from the mangrove sediment in terms of electrogenic activity when evaluated by chronoamperometry, and was chosen for further characterisation. …”
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Multi-Proxy Records of Climate and Carbon Cycle Perturbations in the Paleozoic: Integrating Isotope Geochemistry and Sedimentology by Anderson, Noah

“…To glean robust information from this archive, we must understand how carbonate sediments form, ensure our analytical techniques are optimized, and consider how inherently local deposition of sediments can communicate information about global changes in climate. …”
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Characterization of Microbial Primary and Secondary Metabolism in the Marine Realm by Geller-McGrath, David Edward

“…Many marine environments, particularly oxygen-depleted water columns and sediments, however, remain under-represented in these studies. …”
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The use of paleomagnetic analysis to assess nonbrittle deformation within the San Andreas fault zone by Sieh, Kerry, Nagy, Elizabeth A.

“…A recently developed paleomagnetic extraction technique successfully permits sample collection from unconsolidated sediments. Traditional measurement and demagnetization procedures can subsequently be performed, and several studies have already shown that soft-sediment samples yield reliable magnetic polarity information. …”
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Exploring connections between seagrass ecosystem services and meadow hydrodynamics by Schaefer, Rachel

“…Meadows of aquatic vegetation, such as seagrass, modify the flow of water and transport of sediment in the environment. The hydrodynamic drag generated by a seagrass meadow contributes to the numerous ecosystem services it provides, which includes quiescent habitat for other species, wave damping, water quality enhancement, and carbon sequestration. …”
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The Influence of Root Geometry on Soil Cohesion and Anchoring Ability through Geologic Time by Colicci, Vittorio

“…Force laws were then derived to approximate the anchoring contributions of root weight, sediment weight, static friction, and shear strength. …”
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Run-up related to onshore tsunami flows by Sim, Shawn Yisheng

“…Hence, based on the trim-line time series recorded, we provided a hypothetical sedimentation time that can be obtained using non-sediment laden flow tests.…”
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Mathematical modelling of subglacial drainage and erosion by Ng, FSL

“…In this thesis, we substantiate these developments by exploring a detailed model where the channel is underlain by subglacial till and the flow supports a sediment load. Attention is given to the physics of bed processes and its effect on channel morphology. …”

Injection effects on settling velocity by Le, Duc Anh

“…Settling is a process by which particulates that experience forces fall to the bottom of a liquid and form sediment at the vessel base. The terminal velocity or settling velocity of particle is an important parameter in sediment transport. …”
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A generalised study of 3D confined jet at a wall by Lim, Raine Jia Ying

“…Scour, the erosion of seabed sediment by currents or flowing water, poses a significant challenge to the stability of port infrastructure. …”
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