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What can century-old advice columns tell us about the Internet today? This book reveals the little-known history of advice columns in American newspapers and the virtual communities they created among their readers.Imagine a community of people who had never met writing into a media outlet, day after day, to reveal intimate details about their lives, anxieties, and hopes. The original "virtual communities" were born not on the Internet in chat rooms but a century earlier in one of America's most ubiquitous news features: the advice column.Newspaper Confessions is the first history of the newspaper advice column, a genre that has shaped Americans' relationships with media, their experiences with popular therapy, and their virtual interactions across generations. Emerging in the 1890s, advice columns became unprecedented virtual forums where readers could debate the most resonant cultural crises of the day with strangers in an anonymous, yet strikingly public, forum. Early advice columns are essential--and overlooked--precursors to today's digital culture: forums, social media groups, chat rooms, and other online communities that define how present-day American communicate with each other.By charting the economic and cultural motivations behind the rise of this influential genre, Julie Golia offers a nuanced analysis of the advice given by a diverse sample of columns across several decades, emphasizing the ways that advice columnists framed their counsel as modern, yet upheld the racial and gendered status quo of the day. She offers lively, surprising, and poignant case studies, demonstrating how columnists and everyday newspaper readers transformed advice columns into active and participatory virtual communities of confession, advice, debate, and empathy.
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Emmanuel Tourpe nous incite à repenser la souffrance, la mort… la vieLes tout petits cours de philo et de com sont des chroniques légères et empreintes d'humour autour du thème « penser et communiquer ne font qu'un ».Emmanuel Tourpe propose de courtes chroniques liant la sagesse philosophique et la recherche la plus avancée en communication. Les grands enjeux contemporains qui nous préoccupent au quotidien sont éclairés de manière parfois étonnante grâce à des exemples concrets.Spirituels et variés, ces tout petits cours ont pour titres : Plus ultra ! Petit éloge du risque et du danger ; Pour manger un éléphant commence par la première bouchée : une recette contre l'angoisse ; Comment se faire un avis ? Un GPS pour s'y retrouver dans les réseaux sociaux ; L'art d'avoir toujours raison - surtout quand on dit n'importe quoi ; La différence qui sauve et la communication qui guérit...
Columns --- Thought and thinking --- Communication --- Humor
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French newspapers --- Press --- Sections, columns, etc. --- History. --- History.
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"Chaque jour, la presse française a apporté et apporte encore des récits et des images d'ailleurs. Elle l'a fait très différemment selon les époques, du fait des contraintes techniques notamment ; elle le fait très diversement, surtout, selon les rubriques. On ne raconte pas le monde de la même façon dans le roman-feuilleton, la chronique boursière, la correspondance, le reportage, la mode, le sport, la météo ou l'horoscope. On ne le montre pas de la même manière à la une, en gravure, en photographie ou encore en bande dessinée... Dans cet ouvrage à la fois savant et ludique, Marie-Ève Thérenty et Sylvain Venayre ont réuni les meilleur·es spécialistes, littéraires et historien·ne·s, afin de parcourir près de deux siècles d'histoire, tout en s'interrogeant sur la manière dont les supports informent leurs lectrices et lecteurs des événements du monde. Dirigé par Marie-Ève Thérenty, professeure de littérature française, et Sylvain Venayre, professeur d'histoire contemporaine. Avec les contributions de : Paul Aron, Philippe Artières, Sixtine Audebert, Olivier Bara, Nicolas Bianchi, Claire Blandin, Lisa Bolz, Amélie Chabrier, Marie-Astrid Charlier, Manuel Charpy, Quentin Deluermoz, Oriane Deseilligny, Leïla De Vicente, Claire Fredj, Claire-Lise Gaillard, Laurence Guignard, Bruno Guimarães Martins, Dominique Kalifa, Pierre-Carl Langlais, Emmanuel Laurentin, Martine Lavaud, Matthieu Letourneux, Alexis Lévrier, Christine Marcandier, Sarah Mombert, Nejma Omari, Guillaume Pinson, Stéphanie Sauget, Julien Schuh, Mélodie Simard-Houde, Valérie Stiénon, Bounthavy Suvilay, Bertrand Tillier, Alain Vaillant, Yoan Vérilhac, Dimitri Vezyroglou, Adeline Wrona, Galia Yanoshevsky."-- Résumé de l'éditeur.
Press --- Newspapers --- Journalism --- History --- Sections, columns, etc. --- Front pages --- Authorship --- French newspapers --- Sections, columns, etc --- Presse --- Histoire universelle --- Premières pages. --- Écriture journalistique. --- Histoire. --- Dans la presse
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This book highlights the residual strength of the CFDST column, that can be used to determine the most suitable repair method in order to retrofit the column. This book also discusses the effectiveness of repair method using single and Hybrid Fibre Reinforced Polymer (FRP) of fire-damaged CFDST columns.
Fire prevention. --- Buildings --- Fire safety --- Fires --- Prevention of fires --- Fire protection engineering --- Public safety --- Insurance engineering --- Fires and fire prevention --- Prevention --- Columns, Iron and steel --- Concrete construction --- Fires and fire prevention.
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The Barbarians Speak re-creates the story of Europe's indigenous people who were nearly stricken from historical memory even as they adopted and transformed aspects of Roman culture. The Celts and Germans inhabiting temperate Europe before the arrival of the Romans left no written record of their lives and were often dismissed as "barbarians" by the Romans who conquered them. Accounts by Julius Caesar and a handful of other Roman and Greek writers would lead us to think that prior to contact with the Romans, European natives had much simpler political systems, smaller settlements, no evolving social identities, and that they practiced human sacrifice. A more accurate, sophisticated picture of the indigenous people emerges, however, from the archaeological remains of the Iron Age. Here Peter Wells brings together information that has belonged to the realm of specialists and enables the general reader to share in the excitement of rediscovering a "lost people." In so doing, he is the first to marshal material evidence in a broad-scale examination of the response by the Celts and Germans to the Roman presence in their lands.The recent discovery of large pre-Roman settlements throughout central and western Europe has only begun to show just how complex native European societies were before the conquest. Remnants of walls, bone fragments, pottery, jewelry, and coins tell much about such activities as farming, trade, and religious ritual in their communities; objects found at gravesites shed light on the richly varied lives of individuals. Wells explains that the presence--or absence--of Roman influence among these artifacts reveals a range of attitudes toward Rome at particular times, from enthusiastic acceptance among urban elites to creative resistance among rural inhabitants. In fascinating detail, Wells shows that these societies did grow more cosmopolitan under Roman occupation, but that the people were much more than passive beneficiaries; in many cases they helped determine the outcomes of Roman military and political initiatives. This book is at once a provocative, alternative reading of Roman history and a catalyst for overturning long-standing assumptions about nonliterate and indigenous societies.
Germanic peoples --- Roman provinces. --- Romans --- Influence. --- Alamanni. --- Anreppen. --- Auerberg. --- Augustus (Octavian). --- Bad Cannstatt. --- Batavians. --- Berching-Pollanten. --- Brandopferplätze. --- Burgundians. --- Carnuntum. --- Cherusci. --- Clemency. --- Dangstetten. --- Drusus. --- Epona. --- Eschweiler-Laurenzberg. --- Friedman, Jonathan. --- Gallic War. --- Goeblingen-Nospelt. --- Gournay-sur-Aronde. --- Gundestrup. --- Haarhausen. --- Hallstatt. --- Harsefeld. --- Hercules Magusenus. --- Herodotus. --- Heuneburg. --- Hörgertshausen. --- Jakuszowice. --- Jastorf style. --- Kelheim. --- Kronwinkl. --- Langobards. --- Marcomannic Wars. --- Nehalennia. --- Norican Ware. --- Oberaden. --- Oberammergau (Döttenbichl). --- analogy in interpretation. --- architecture, domestic. --- auxiliary troops. --- columns, of Trajan. --- deities. --- demography. --- empires. --- fibulae. --- ideology, Roman. --- inscriptions. --- legionary troops. --- postcolonial studies.
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This Special Issue was created to collect the most recent and novel research on seismic performance evaluation of building structures. This issue includes three important topics on seismic engineering for building structures: (1) seismic design and performance evaluation, (2) structural dynamics, and (3) seismic hazard and risk analysis. To protect building structures from earthquakes, it is necessary to conduct seismic performance evaluations on structures with reliable methods and to retrofit these structures appropriately using the results of the seismic performance evaluation.
History of engineering & technology --- strength --- yielding capping and ultimate deformation --- RC column --- cyclic test database --- artificial neural network --- bi-linear and tri-linear lumped plasticity model --- columns --- cyclic behavior --- low height-to-depth ratio --- modeling parameters --- calibration --- SPSW --- axial compression ratio --- hole size --- thickness of stiffening plate --- hole position --- hysteretic performance --- FEM (Finite Element Method) --- DYNA6 --- soil-structure interaction --- soil-pile dynamic stiffness --- retrofitting --- viscous dampers --- optimum design --- collapse-resistant capacity --- economic benefit --- sustainability --- steel reinforced concrete --- joint --- post critical --- moment-curvature --- nonlinear --- frame model --- multi-story steel frames --- self-centering bracing elements --- buckling-restrained brace (BRB) --- seismic analysis --- earthquake/seismic forces --- seismic damage --- mold transformer --- shaking table test --- non-structural elements --- dynamic characteristics --- ground motion --- earthquake --- response history analysis --- station --- seismicity --- machine learning --- structural types --- decision forest --- self-training procedures --- city-scale seismic damage simulation --- numerical models --- model parameter --- analysis algorithm --- seismic performance evaluation --- seismic risk --- seismic hazard --- seismic force resisting system --- energy dissipater --- seismic design --- nonlinear response
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This Special Issue was created to collect the most recent and novel research on seismic performance evaluation of building structures. This issue includes three important topics on seismic engineering for building structures: (1) seismic design and performance evaluation, (2) structural dynamics, and (3) seismic hazard and risk analysis. To protect building structures from earthquakes, it is necessary to conduct seismic performance evaluations on structures with reliable methods and to retrofit these structures appropriately using the results of the seismic performance evaluation.
History of engineering & technology --- strength --- yielding capping and ultimate deformation --- RC column --- cyclic test database --- artificial neural network --- bi-linear and tri-linear lumped plasticity model --- columns --- cyclic behavior --- low height-to-depth ratio --- modeling parameters --- calibration --- SPSW --- axial compression ratio --- hole size --- thickness of stiffening plate --- hole position --- hysteretic performance --- FEM (Finite Element Method) --- DYNA6 --- soil-structure interaction --- soil-pile dynamic stiffness --- retrofitting --- viscous dampers --- optimum design --- collapse-resistant capacity --- economic benefit --- sustainability --- steel reinforced concrete --- joint --- post critical --- moment-curvature --- nonlinear --- frame model --- multi-story steel frames --- self-centering bracing elements --- buckling-restrained brace (BRB) --- seismic analysis --- earthquake/seismic forces --- seismic damage --- mold transformer --- shaking table test --- non-structural elements --- dynamic characteristics --- ground motion --- earthquake --- response history analysis --- station --- seismicity --- machine learning --- structural types --- decision forest --- self-training procedures --- city-scale seismic damage simulation --- numerical models --- model parameter --- analysis algorithm --- seismic performance evaluation --- seismic risk --- seismic hazard --- seismic force resisting system --- energy dissipater --- seismic design --- nonlinear response
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This Special Issue was created to collect the most recent and novel research on seismic performance evaluation of building structures. This issue includes three important topics on seismic engineering for building structures: (1) seismic design and performance evaluation, (2) structural dynamics, and (3) seismic hazard and risk analysis. To protect building structures from earthquakes, it is necessary to conduct seismic performance evaluations on structures with reliable methods and to retrofit these structures appropriately using the results of the seismic performance evaluation.
strength --- yielding capping and ultimate deformation --- RC column --- cyclic test database --- artificial neural network --- bi-linear and tri-linear lumped plasticity model --- columns --- cyclic behavior --- low height-to-depth ratio --- modeling parameters --- calibration --- SPSW --- axial compression ratio --- hole size --- thickness of stiffening plate --- hole position --- hysteretic performance --- FEM (Finite Element Method) --- DYNA6 --- soil-structure interaction --- soil-pile dynamic stiffness --- retrofitting --- viscous dampers --- optimum design --- collapse-resistant capacity --- economic benefit --- sustainability --- steel reinforced concrete --- joint --- post critical --- moment-curvature --- nonlinear --- frame model --- multi-story steel frames --- self-centering bracing elements --- buckling-restrained brace (BRB) --- seismic analysis --- earthquake/seismic forces --- seismic damage --- mold transformer --- shaking table test --- non-structural elements --- dynamic characteristics --- ground motion --- earthquake --- response history analysis --- station --- seismicity --- machine learning --- structural types --- decision forest --- self-training procedures --- city-scale seismic damage simulation --- numerical models --- model parameter --- analysis algorithm --- seismic performance evaluation --- seismic risk --- seismic hazard --- seismic force resisting system --- energy dissipater --- seismic design --- nonlinear response
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The aim of this book is to collect the newest contributions by eminent authors in the field of NDT-SHM, both at the material and structure scale. It therefore provides novel insight at experimental and numerical levels on the application of NDT to a wide variety of materials (concrete, steel, masonry, composites, etc.) in the field of Civil Engineering and Architecture.
Technology: general issues --- pulsed eddy current --- ferromagnetic sample --- conductivity --- permeability --- non-destructive test --- impact-echo method --- tunnel void --- experimental model --- numerical simulation --- signal analysis --- transfer learning --- spectrogram analysis --- selecting samples --- non-destructive testing --- hammering sound --- regression algorithm --- Lamb wave --- microcracks testing --- multi-channel detection --- signal-to-noise ratio --- thin-walled tube --- damage detection --- cepstral analysis --- Structural Health Monitoring --- Machine Learning --- Teager-Kaiser Energy --- gammatone filter --- acoustic emission --- melting ice --- aviation --- fuel system --- acoustoelastic effect --- stress estimation --- surface waves --- weak anisotropy material --- damage assessment --- smart sensor --- magnetoelastic strip --- 3D printing --- additive manufacturing --- stress-strain relation --- nondestructive testing --- optical-radiation --- photoacoustic --- photothermal --- acoustic energy --- acoustic counts --- CFRP --- single lap joint --- joggled lap joints --- fractography --- classical acoustic nonlinearity --- constitutive behavior --- ultrasonic testing --- existing buildings --- seismic vulnerability assessment --- non-invasive experimental technics --- BIM models --- non-destructive techniques (NDT) --- historical buildings --- maintenance --- stone columns --- ultrasonic test --- impact test --- concrete --- impact-echo --- elastic wave --- SIBIE --- 3D visualization --- accelerometer --- laser doppler vibrometer --- remote sensing --- reinforced concrete --- four-point bending test --- structural health monitoring --- nondestructive testing techniques --- fiber optic sensors --- acoustic emission monitoring --- digital image correlation
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