Results 311 to 320 of about 851,079 (386)
Dose Characteristics of a Deep Learning Model for EPID-based <i>In vivo</i> Dosimetry. [PDF]
Li Q, Tian D, Sun G, Gu W, Jiang J.
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Journal of Geophysical Research: Solid Earth, 2021
The existence of historical flat slabs remains debated. We evaluate past subduction since 200 Ma using global models with data assimilation. By reproducing major Mesozoic slabs whose dip angles satisfy geological constraints, the model suggests a ...
D. Peng, Lijun Liu, Yaoyi Wang
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The existence of historical flat slabs remains debated. We evaluate past subduction since 200 Ma using global models with data assimilation. By reproducing major Mesozoic slabs whose dip angles satisfy geological constraints, the model suggests a ...
D. Peng, Lijun Liu, Yaoyi Wang
semanticscholar +2 more sources
Geodynamic models of short-lived, long-lived and periodic flat slab subduction
Geophysical Journal International, 2021Flat slab subduction has been ascribed to a variety of causes, including subduction of buoyant ridges/plateaus and forced trench retreat. The former, however, has irregular spatial correlations with flat slabs, while the latter has required external ...
W. Schellart, V. Strak
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Prestressed Concrete Flat Slabs
1977A short review on the analysis and the design of prestressed flat slabs is given. Some new aspects concerning flexural behavior, punching, reinforcement arrangement and detailing are presented. Different possible tendon layouts are compared. A new model for slabs with unbonded tendons and additional reinforcement is described.
Marti, P., Ritz, P., Thürlimann, B.
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Design of slab–column junctions in flat slabs
Proceedings of the Institution of Civil Engineers - Structures and Buildings, 2003In a flat-slab type construction the most vulnerable areas from the point of view of safety of the structure are the junctions between the slabs and the columns. As architects and engineers strive to achieve increasingly slender forms of construction the vulnerability of the slabs to punching increases.
N. K. Subedi, P. S. Baglin
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Journal of Geophysical Research: Solid Earth, 2020
Growing evidence supports that the widely developed Mesozoic folds and magmatism in the South China Block are attributed to the flat‐slab subduction, followed by slab steepening, of the Paleo‐Pacific Plate (PPP).
L. Dai +8 more
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Growing evidence supports that the widely developed Mesozoic folds and magmatism in the South China Block are attributed to the flat‐slab subduction, followed by slab steepening, of the Paleo‐Pacific Plate (PPP).
L. Dai +8 more
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Tectonics, 2020
Understanding the effects of flat slab subduction on mountain building, arc magmatism, and basin evolution is fundamental to convergent‐margin tectonics, with implications for potential feedbacks among geodynamic, magmatic, and surface processes.
T. Capaldi +6 more
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Understanding the effects of flat slab subduction on mountain building, arc magmatism, and basin evolution is fundamental to convergent‐margin tectonics, with implications for potential feedbacks among geodynamic, magmatic, and surface processes.
T. Capaldi +6 more
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Journal of the Structural Division, 1956
Results of study of moments in cast aluminum model of flat slab floor; all panels were square, and columns and capitals were round; model was two bays by three bays and was tested under air pressure with pattern type loading; moments obtained from SR-4 strain gage readings are compared with those obtained by continuous frame analysis following American
Mark W. Huggins, Watone L. Lin
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Results of study of moments in cast aluminum model of flat slab floor; all panels were square, and columns and capitals were round; model was two bays by three bays and was tested under air pressure with pattern type loading; moments obtained from SR-4 strain gage readings are compared with those obtained by continuous frame analysis following American
Mark W. Huggins, Watone L. Lin
openaire +1 more source

