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Partial Differential Equations in Applied Mathematics provides a platform for the rapid circulation of original researches in applied mathematics and applied sciences by utilizing partial differential equations and related techniques.
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Despite being one of the most popular sports worldwide, basketball has received limited research attention compared to other team sports. Establishing a strong evidence base with high-quality and impactful research is essential in enhancing decision-making processes to optimize player performance for basketball professionals. Consequently, the book entitled Improving Performance and Practice in Basketball provides a collection of novel research studies to increase the available evidence on various topics with strong translation to practice in basketball. The book includes work by 40 researchers from 16 institutions or professional organizations from 9 countries. In keeping with notable topics in basketball research, the book contains 2 reviews focused on monitoring strategies to detect player fatigue and considerations for travel in National Basketball Association players. In addition, 8 applied studies are also included in the book, focused on workload monitoring, game-related statistics, and the measurement of physical and skill attributes in basketball players. This book also has a strong focus on increasing the evidence available for female basketball players, who have traditionally been under-represented in the literature. The outcomes generated from this book should provide new insights to inform practice in many areas for professionals working in various roles with basketball teams.
n/a --- talent selection --- classification tree --- Movement Assessment Battery for Children-2 --- NBA --- basketball --- maturation --- body composition --- fatigue --- countermovement jump --- athletic performance --- circadian rhythm --- injury --- basketball tactics --- female --- athlete --- non-linear analysis --- monitoring --- basketball performance --- performance analysis --- training load --- variability --- game-related statistics --- sleep --- youth athletes --- accelerometer --- women athletes --- fat free mass --- collegiate athletes --- workloads --- team sports --- machine learning --- microtechnology --- motor manual sequences --- elite sport --- attention --- visuo-spatial working memory --- playing position --- smallest worthwhile change --- body fat
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Masonry is a construction material that has been used throughout the years as a structural or non-structural component in buildings. Masonry can be described as a composite material made up of different units and diverse types of arrangements, with or without mortar, that is used in many ancient public buildings, as well as with the latest technologies being applied in construction. Research in multiple relevant fields, as well as crossing structural with non-structural needs, is crucial for understanding the qualities of existent buildings and to develop new products and construction technologies. This book addresses and promotes the discussion related to the different topics addressing the use of masonry in the construction sciences and in practice, including theory and research, numerical approaches and technical applications in new works, and repair actions and interventions in the built environment, connecting theory and application across topics from academia to industry.
artificial neural network --- n/a --- regional constructive cultures --- neural networks --- cracks in shells --- infilled frames --- seismic assessment --- no-fines lightweight concrete --- unreinforced load-bearing masonry --- Nepal earthquake --- dynamic --- survey damage assessment --- masonry infills and partitions --- old urban center --- in situ test campaign --- repair costs due to infills --- static analysis --- AEM --- non-linear analysis --- mechanical properties --- numerical modelling --- granite masonry --- high-rise reinforced concrete structure --- damage analysis --- seismic rehabilitation --- structural restoration --- strengthening --- stone masonry --- masonry infill walls --- masonry characterization --- hysteresis --- ambient vibration test --- weak mortar --- seismic actions --- masonry --- bilinear approximation --- load-bearing masonry walls --- database --- flat-jack testing --- masonry shell --- Greco-Roman construction --- seismic retrofitting --- stone masonry wallets --- linear and non-linear numerical tools --- foundation settlement --- RC buildings --- observed performance --- capacity curve --- heritage construction --- masonry building --- shear-sliding tests --- post-earthquake surveys --- strengthening intervention --- wall
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Many constructions are built with reinforced or prestressed concrete, and most of them are designed or expected to resist earthquake actions in addition to gravity loads. To limit the effects of seismic events on reinforced or prestressed concrete structures, many attempts have been made by researchers in order to (i) improve the knowledge of the response of materials (steel bars and concrete) and members by means of laboratory tests, (ii) develop numerical and capacity models, (iii) enhance procedures for the dynamic analysis and assessment of the seismic performance of structures and (iv) suggest innovative interventions for the seismic retrofit of old and damaged reinforced or prestressed concrete structures. This Special Issue is a collection of 11 important research works that cover a wide range of problems related to the previously mentioned research fields. Both researchers and practical engineers are expected to greatly benefit from this Special Issue in view of their own work and for a better comprehension of the response of r.c. members and structures.
Technology: general issues --- History of engineering & technology --- seismic retrofitting --- mainshock-damaged RC frame --- soft steel damper --- seismic performance --- mainshock-aftershock seismic sequence --- retrofitting --- modular --- finite element analysis --- flexural behavior --- ductility --- RC columns --- strengthening --- direct fastening --- steel jackets --- design procedure --- precast reinforced concrete deep beam --- experimental study --- finite element method (FEM) --- RC frames --- brick infills --- prior damage --- finite element analyses --- seismic joint --- FRP --- RC corroded columns --- localised corrosion --- numerical analyses --- modelling strategies --- cyclic actions --- seismic isolation --- asymmetric building --- mode-adaptive bidirectional pushover analysis (MABPA) --- seismic retrofit --- momentary energy input --- RC-framed skin --- seismic assessment --- nonlinear static analysis --- existing RC buildings --- retrofitting intervention --- column removal --- non-linear analysis --- progressive collapse --- reinforced concrete frame --- seismic response --- optimization --- curtailed shear wall --- buckling-restrained brace --- genetic algorithm --- seismic upgrading --- RC buildings --- industrial buildings --- industrial heritage --- steel exoskeletons --- photovoltaic plants --- n/a
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