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http://dbpedia.org/ontology/abstract La teoria d' estabilitat de talussos és laLa teoria d' estabilitat de talussos és la teoria que estudia l'estabilitat o possible inestabilitat d'un talús a l'hora de realitzar un projecte, o dur a terme una obra de construcció d'enginyeria civil, sent un aspecte directament relacionat amb la geotècnia. La inestabilitat d'un talús, es pot produir per un desnivell, que té lloc per diverses raons: * Raons geològiques: vessants possiblement inestables, orografia acusada, estratificació, meteorització, etc. * Variació del nivell freàtic: situacions estacionals, o obres realitzades per l'home. * Obres d'enginyeria: rebliments o excavacions tant d'obra civil, com de mineria. Els talussos a més seran estables depenent de la resistència del material de què estiguin compostos, les empentes als quals són sotmesos o les discontinuïtats que presentin. Els talussos poden ser de roca o de terres. Ambdós tendeixen a estudiar de forma diferent.ós tendeixen a estudiar de forma diferent. , استقرار المنحدر يتم فيها دراسة القوى التي استقرار المنحدر يتم فيها دراسة القوى التي تسبب انهيار أي انزلاق المنحدر والقوى المثبته لهذا المنحدر. يبقى المنحدر أمينا إذا زادت القوى أو العزوم المثبته عن القوى أو العزوم الدافعة. من أهم القوى الدافعة الوزن الذاتي للتربة، الحمولات الخارجية، قوى رشح الماء. من أهم القوة المثبته قوى الاحتكاك الداخلية في التربة والتماسك. للانهيار أشكال وميكانيكيات عديدة تتعلق بعوامل عديدة. لأجل ذلك تطورت طرائق حساب مناسبة لكل ميكانيكية انهيار محتمله.ق حساب مناسبة لكل ميكانيكية انهيار محتمله. , Анализ устойчивости откосов — совокупность разделов геотехники, изучающая состояние наклонного грунта. , Stateczność zboczy – zagadnienie geotechniki. Zbocze jest stateczne, gdy nie występują w nim ruchy masowe, takie jak osuwiska czy . , A análise de estabilidade de declive ou enA análise de estabilidade de declive ou encostas é um método estático ou dinâmico, analítico ou empírico para avaliar a estabilidade de barragens de terra e enrocamento, aterros, encostas escavadas e encostas naturais em solo e rocha. A estabilidade da encosta refere-se à condição do solo inclinado ou encostas rochosas para resistir ou sofrer movimento. A condição de estabilidade de encostas é objeto de estudo e pesquisa em mecânica dos solos, engenharia geotécnica e geologia de engenharia.haria geotécnica e geologia de engenharia. , El campo de la estabilidad de taludes estuEl campo de la estabilidad de taludes estudia la o posible inestabilidad de un talud a la hora de realizar un proyecto, o llevar a cabo una obra de construcción de ingeniería civil, siendo un aspecto directamente relacionado con la ingeniería geológica - geotécnica. La inestabilidad de un talud, se puede producir por un desnivel, que tiene lugar por diversas razones: * Razones geológicas: laderas posiblemente inestables, orografía acusada, estratificación, meteorización, etc. * Variación del nivel freático: situaciones estacionales, u obras realizadas por el hombre. * Obras de ingeniería: rellenos o excavaciones tanto de obra civil, como de minería. Los taludes además serán estables dependiendo de la resistencia del material del que estén compuestos, los empujes a los que son sometidos o las discontinuidades que presenten. Los taludes pueden ser de roca o de tierras. Ambos tienden a estudiarse de forma distinta. "En las primeras etapas de estudio es precisa la presencia del geólogo para hacer un reconocimiento a nivel macro del terreno, para lo cual es deseable que vaya acompañado de un geotecnista. En estos términos resultan ser una buena opción que este trabajo sea realizado precisamente por un ingeniero geologo, quien combina conocimientos de geología y geotecnia" NAG - 2013.entos de geología y geotecnia" NAG - 2013. , 斜面安定解析(しゃめんあんていかいせき)とはある物体が斜面を滑ろうとする力と摩擦で抵抗する力との釣り合いを解析することである。この解析は斜面の安定性を調べるために用いられる。道路や線路、ダムなどの建設の際に人工的につくられる斜面の安全を検討する。 , Das Gleitkreisverfahren (englisch: „Method of Slices“ und „general limit equilibrium method“) ist eine Methode zur Standsicherheitsberechnung von Böschungen in der Geotechnik (Böschungsbruch-Nachweis). , Slope stability analysis is a static or dySlope stability analysis is a static or dynamic, analytical or empirical method to evaluate the stability of earth and rock-fill dams, embankments, excavated slopes, and natural slopes in soil and rock. Slope stability refers to the condition of inclined soil or rock slopes to withstand or undergo movement. The stability condition of slopes is a subject of study and research in soil mechanics, geotechnical engineering and engineering geology. Analyses are generally aimed at understanding the causes of an occurred slope failure, or the factors that can potentially trigger a slope movement, resulting in a landslide, as well as at preventing the initiation of such movement, slowing it down or arresting it through mitigation countermeasures. The stability of a slope is essentially controlled by the ratio between the available shear strength and the acting shear stress, which can be expressed in terms of a safety factor if these quantities are integrated over a potential (or actual) sliding surface. A slope can be globally stable if the safety factor, computed along any potential sliding surface running from the top of the slope to its toe, is always larger than 1. The smallest value of the safety factor will be taken as representing the global stability condition of the slope. Similarly, a slope can be locally stable if a safety factor larger than 1 is computed along any potential sliding surface running through a limited portion of the slope (for instance only within its toe). Values of the global or local safety factors close to 1 (typically comprised between 1 and 1.3, depending on regulations) indicate marginally stable slopes that require attention, monitoring and/or an engineering intervention (slope stabilization) to increase the safety factor and reduce the probability of a slope movement. A previously stable slope can be affected by a number of predisposing factors or processes that make the safety factor decrease - either by increasing the shear stress or by decreasing the shear strength - and can ultimately result in slope failure. Factors that can trigger slope failure include hydrologic events (such as intense or prolonged rainfall, rapid snowmelt, progressive soil saturation, increase of water pressure within the slope), earthquakes (including aftershocks), internal erosion (piping), surface or toe erosion, artificial slope loading (for instance due to the construction of a building), slope cutting (for instance to make space for roadways, railways or buildings), or slope flooding (for instance by filling an artificial lake after damming a river).an artificial lake after damming a river).
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rdfs:comment La teoria d' estabilitat de talussos és laLa teoria d' estabilitat de talussos és la teoria que estudia l'estabilitat o possible inestabilitat d'un talús a l'hora de realitzar un projecte, o dur a terme una obra de construcció d'enginyeria civil, sent un aspecte directament relacionat amb la geotècnia. La inestabilitat d'un talús, es pot produir per un desnivell, que té lloc per diverses raons:desnivell, que té lloc per diverses raons: , Slope stability analysis is a static or dySlope stability analysis is a static or dynamic, analytical or empirical method to evaluate the stability of earth and rock-fill dams, embankments, excavated slopes, and natural slopes in soil and rock. Slope stability refers to the condition of inclined soil or rock slopes to withstand or undergo movement. The stability condition of slopes is a subject of study and research in soil mechanics, geotechnical engineering and engineering geology. Analyses are generally aimed at understanding the causes of an occurred slope failure, or the factors that can potentially trigger a slope movement, resulting in a landslide, as well as at preventing the initiation of such movement, slowing it down or arresting it through mitigation countermeasures.ing it through mitigation countermeasures. , Анализ устойчивости откосов — совокупность разделов геотехники, изучающая состояние наклонного грунта. , استقرار المنحدر يتم فيها دراسة القوى التي استقرار المنحدر يتم فيها دراسة القوى التي تسبب انهيار أي انزلاق المنحدر والقوى المثبته لهذا المنحدر. يبقى المنحدر أمينا إذا زادت القوى أو العزوم المثبته عن القوى أو العزوم الدافعة. من أهم القوى الدافعة الوزن الذاتي للتربة، الحمولات الخارجية، قوى رشح الماء. من أهم القوة المثبته قوى الاحتكاك الداخلية في التربة والتماسك. للانهيار أشكال وميكانيكيات عديدة تتعلق بعوامل عديدة. لأجل ذلك تطورت طرائق حساب مناسبة لكل ميكانيكية انهيار محتمله.ق حساب مناسبة لكل ميكانيكية انهيار محتمله. , 斜面安定解析(しゃめんあんていかいせき)とはある物体が斜面を滑ろうとする力と摩擦で抵抗する力との釣り合いを解析することである。この解析は斜面の安定性を調べるために用いられる。道路や線路、ダムなどの建設の際に人工的につくられる斜面の安全を検討する。 , Das Gleitkreisverfahren (englisch: „Method of Slices“ und „general limit equilibrium method“) ist eine Methode zur Standsicherheitsberechnung von Böschungen in der Geotechnik (Böschungsbruch-Nachweis). , A análise de estabilidade de declive ou enA análise de estabilidade de declive ou encostas é um método estático ou dinâmico, analítico ou empírico para avaliar a estabilidade de barragens de terra e enrocamento, aterros, encostas escavadas e encostas naturais em solo e rocha. A estabilidade da encosta refere-se à condição do solo inclinado ou encostas rochosas para resistir ou sofrer movimento. A condição de estabilidade de encostas é objeto de estudo e pesquisa em mecânica dos solos, engenharia geotécnica e geologia de engenharia.haria geotécnica e geologia de engenharia. , El campo de la estabilidad de taludes estuEl campo de la estabilidad de taludes estudia la o posible inestabilidad de un talud a la hora de realizar un proyecto, o llevar a cabo una obra de construcción de ingeniería civil, siendo un aspecto directamente relacionado con la ingeniería geológica - geotécnica. La inestabilidad de un talud, se puede producir por un desnivel, que tiene lugar por diversas razones:vel, que tiene lugar por diversas razones: , Stateczność zboczy – zagadnienie geotechniki. Zbocze jest stateczne, gdy nie występują w nim ruchy masowe, takie jak osuwiska czy .
rdfs:label Gleitkreisverfahren , 斜面安定解析 , Slope stability analysis , Анализ устойчивости откосов , Análise de estabilidade de declive , Estabilidad de taludes , استقرار المنحدر , Estabilitat de talussos , Stateczność zboczy
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