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Subject Item: dbr:Fluid
rdf:type: owl:Thing dbo:ChemicalCompound
rdfs:label: Ρευστό Tekutina Fluido Fluida Fluido 流体 Fluid Sreabhán Fluid 流体 مائع Fluido Fluaĵo Fluid Флюїд Fluid Флюид (физика) 유체 Fluïdum Płyn Fluido Fluide (matière)
rdfs:comment: Tekutina je společný název pro kapaliny a plyny (patrně i pro plazma a kvark gluonové plazma), jejichž významnou společnou vlastností je tekutost, neboli neschopnost udržet svůj stálý tvar díky snadnému vzájemnému pohybu částic. K tekutinám se většinou řadí také sypké látky, které jsou sice pevného skupenství, ale splňují kritérium tekutosti. Tekutiny se dělí na * newtonské (např. voda) * nenewtonské (např. barvy, škrobové roztoky, mléko) Με τον όρο ρευστό χαρακτηρίζεται μια οποιαδήποτε ουσία που παρουσιάζει ροή. Τέτοιες ουσίες είναι τα α) υγρά και τα αέρια, β) στερεά που βρίσκονται σε φάση ροής. Συνεπώς ο όρος ρευστό χαρακτηρίζει συνοπτικά τα υγρά και τα αέρια σώματα των οποιων οι δυνάμεις συνοχής είναι χαλαρές με συνέπεια η μάζα τους να ολισθαίνει ελεύθερα (περίπτωση υγρών) ή να μετατοπίζεται ανεξάρτητα (περίπτωση αερίων) έτσι ώστε να λαμβάνει κάθε φορά το σχήμα του χώρου που καταλαμβάνουν ή του μέσου δια του οποίου κινούνται αυτά. Um fluido é uma substância que se deforma continuamente quando submetida a uma tensão de cisalhamento, não importando o quão pequena possa ser essa tensão. Um subconjunto das fases da matéria, os fluidos incluem os líquidos, os gases, os plasmas e, de certa maneira, os sólidos plásticos. A superfície livre característica dos líquidos é uma propriedade da presença de tensão interna e atração/repulsão entre as moléculas do fluido, bem como da relação entre as tensões internas do líquido com o fluido ou sólido que o limita. A pressão capilar está associada com esta relação. Ábhar a shníonn is a líonann an soitheach ina bhfuil sé. Is sreabháin iad gás, leacht is plasma. Ní féidir le sreabhán fosaithe fórsaí trasnacha nó casta a sheasamh. Rialaíonn dlíthe na meicnice sreabhánaí airíonna meicniúla sreabhán. Un fluide est un milieu matériel parfaitement déformable. On regroupe sous cette appellation les liquides, les gaz et les plasmas. Gaz et plasmas sont très compressibles, tandis que les liquides le sont très peu (à peine plus que les solides). 流体（りゅうたい、英: fluid）とは、静止状態においてせん断応力が発生しない連続体の総称である。一般的には液体や気体であるが、液体と気体が混ざったものやこれらに微量の固体が混ざった混相流体のように特殊な流体として扱われるものもある。 المائع أي مادة قابلة للانسياب تحت تأثير إجهاد القص وتأخذ شكل الإناء الحاوي لها. الموائع اسم شامل للسوائل والغازات والهيولات وأحيانا الأصلاب اللدنة. تصنف الموائع عادة إلى: * موائع قابلة للانضغاط وهي الموائع التي تتغير كثافتها بتغير الضغط الواقع عليها مثل الغازات. * موائع غير قابلة للانضغاط وهي الموائع التي لا تتغير كثافتها بتغير الوضع الواقع عليها مثل السوائل. * موائع نيوتنية. * موائع غير نيوتنية. Un fluid és una substància que es pot deformar amb facilitat; a diferència d'un sòlid, quan s'hi aplica un esforç tangencial, i per petit que aquest sigui, sempre apareixerà una deformació en forma de . El coeficient de proporcionalitat entre la causa i l'efecte és allò que coneixem per . Les substàncies que es poden considerar fluids són els líquids i els gasos. Per tal de caracteritzar un fluid s'utilitzen les següents variables: * Densitat * Volum específic * Pes específic Fluida atau zalir (zat alir) adalah segala jenis zat yang dapat mengalir dalam wujud gas maupun cairan. Berdasarkan pergerakannya, fluida dibedakan menjadi fluida statik dan fluida dinamik. Fluida adalah sub-himpunan dari fase benda, termasuk cairan, gas, plasma, dan . Fluida memiliki sifat tidak menolak terhadap perubahan bentuk dan kemampuan untuk mengalir (atau umumnya kemampuannya untuk mengambil bentuk dari wadah mereka). Sifat ini biasanya dikarenakan sebuah fungsi dari ketidakmampuan mereka mengadakan tegangan geser dalam ekuilibrium statik. Konsekuensi dari sifat ini adalah hukum Pascal yang menekankan pentingnya tekanan dalam menggolongkan bentuk fluida. Fluida adalah zat atau entitas yang terdeformasi secara berkesinambungan apabila diberi tegangan geser walau sekecil apapun tega 流体（英語、德語: Fluid）就是在承受剪應力時將會發生連續變形的物体，包括气体和液体。流体沒有一定形狀，几乎可以任意改变形態，或者分裂。 Płyn – każda substancja, która może płynąć, tj. charakteryzuje się wielką łatwością zmieniania wzajemnego położenia poszczególnych elementów nawet dla niewielkich sił, w przeciwieństwie do ciał stałych, które przy niewielkich siłach wykazują proporcjonalność odkształcenia do naprężeń. W wyniku czego płyn może swobodnie przemieszczać się (przepływać). Een fluïdum is een uitvloeiende stof. Het is een medium dat bij een constante temperatuur en druk een welbepaalde massa en volume heeft, maar geen vaste vorm. Het kan daarbij gaan om gassen, vloeistoffen, plasma's, en tot op zekere hoogte plastische vaste stoffen. Een fluïdum kan stromen en vervormen, waardoor het geen belastingen kan dragen in een statisch evenwicht. ( 유체(遺體)에 대해서는 시체 문서를, 수학에서의 유체(類體, class field)에 대해서는 유체론 문서를 참고하십시오.) 유체(流體)는 고체에 비해 형상이 일정하지 않아 변형이 쉽고 자유로이 흐를 수 있는 액체(液體)와 기체(氣體)와 플라즈마를 총칭하는 말이다. 유체유동의 현상에 대해 다루는 학문은 유체역학이라고 한다. Fluaĵo estas flueca substanco, kies eroj estas malkune kaj tial ĝia disformiĝo eblas. Fluaĵojn oni povas dividi en likvaĵojn, gasojn kaj plasmojn. Do fluaĵo estas ĉiu substanco ne-solida. Ekzemplo de gasa fluaĵo estas la aero; ekzemplo de likva fluaĵo estas akvo. En fluid är ett ämne som deformeras kontinuerligt när det utsätts för skjuvspänning. Ofta menar man ett ämne som har den fysikaliska egenskapen att den anpassar sin form till den behållare den befinner sig i, det vill säga en vätska eller en gas. Begreppet fluid används inom olika delar av fysiken, i de fall vätskor och gaser har liknande egenskaper. Exempelvis studeras fluiders rörelse inom strömningsmekaniken, som även kallas fluidmekanik. Fluidoa edo jariakina deritzo honako ezaugarri nagusi hau duen ingurune material deformagarri bati: materiaren ingurune jarraitu berezia da, zeinaren partikulen artean kohesiozko erakarpen-indar ahula dagoen. Ondorioz, fluidoen ezaugarrietako bat formaz aldatzeko gaitasuna izatea da; baina formaz aldatuz gero, fluidoek ez dute hasierako forma berreskuratzeko gaitasunik; hain zuzen, izaera horretan bereizen dira fluidoak solido deformagarrietatik, azken hauek hasierako forma berreskuratzeko gaitasuna baitute, barneko kohesio-indarrak direla eta. Флюї́д, плин — загальний термін для позначення речовини, яка пластично деформується у часі (тече) під напруженням зсуву. Ця властивість називається плинністю. Поняття флюїду охоплює гази, рідини, плазму і до певної міри пластичні тверді тіла. Властивості флюїдів вивчають такі області фізики як гідроаеромеханіка, гідромеханіка, гідродинаміка і гідростатика. In physics, a fluid is a liquid, gas, or other material that continuously deforms (flows) under an applied shear stress, or external force. They have zero shear modulus, or, in simpler terms, are substances which cannot resist any shear force applied to them. Флюи́д (от лат. fluidis — «текучий») — вещество, поведение которого при деформации может быть описано законами механики жидкостей. Термин, как правило, относится к состоянию вещества, объединяющего жидкости и газы, и эквивалентен словосочетанию «газы, плазма, изотропные жидкости и пластичные тела». В русском языке в основном используется для обозначения газов с плотностью характерной для жидкости, но неограниченно расширяющихся. Также используются термины текучая среда или текучее вещество. Als Fluid (von lateinisch fluidus ‚fließend‘) werden Substanzen bezeichnet, die sich unter dem Einfluss von Scherkräften kontinuierlich verformen, d. h. sie fließen. Der Schubmodul idealer Fluide ist null. In der Physik werden Gase und Flüssigkeiten unter dem Begriff Fluide zusammengefasst.Viele physikalische Gesetze gelten für Gase und Flüssigkeiten gleichermaßen, denn sie unterscheiden sich in manchen Eigenschaften nur quantitativ (in der Größenordnung des Effekts), aber nicht qualitativ. Reale Fluide werden eingeteilt in Un fluido è un materiale (generalmente costituito da una sostanza o da una miscela di più sostanze) che non è dotato di forma propria e non può sostenere uno sforzo di taglio per un tempo apprezzabile. A causa della configurazione plastica delle particelle, con il termine fluido si fa riferimento a liquidi, agli aeriformi, al plasma e, in alcuni casi, ai solidi plastici. Dal punto di vista macroscopico i fluidi sono , composti cioè da un numero infinito di elementi. Se le denomina fluido a un tipo de medio continuo formado por alguna sustancia entre cuyas partículas solo hay una fuerza de atracción débil. La propiedad definitoria es que los fluidos pueden cambiar de forma sin que aparezcan en su seno fuerzas restitutivas tendentes a recuperar la forma "original" (lo cual constituye la principal diferencia con un sólido deformable, donde sí hay fuerzas restitutivas).
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dbo:abstract: Fluidoa edo jariakina deritzo honako ezaugarri nagusi hau duen ingurune material deformagarri bati: materiaren ingurune jarraitu berezia da, zeinaren partikulen artean kohesiozko erakarpen-indar ahula dagoen. Ondorioz, fluidoen ezaugarrietako bat formaz aldatzeko gaitasuna izatea da; baina formaz aldatuz gero, fluidoek ez dute hasierako forma berreskuratzeko gaitasunik; hain zuzen, izaera horretan bereizen dira fluidoak solido deformagarrietatik, azken hauek hasierako forma berreskuratzeko gaitasuna baitute, barneko kohesio-indarrak direla eta. Fluidoen funtsezko ezaugarria jariatzeko gaitasuna da, alegia, dauden ontzitik isurtzekoa; horregatik, fluidoei jariakin ere esaten zaie. Dena den, jariakin terminoa Biologiaren arloan erabili ohi da, «zelulek edo edo guruinek produzitzen eta jariatzen duten likido edo substantzia» adierazteko. Nolanahi ere, fisikaren arloan fluido terminoa hobesten da. Fluidoen propietate berezia biskositatea da, eta fluidoko molekulen arteko barne-marruskaduraren ondorioz sortzen da. Biskositatearen kausaz, fluidoek erresistentzia oposatzen diete barneko esfortzu tangentzialei —ebakidura-tentsio edo zizailadura-esfortzu ere esaten zaie—, eta horrela zaildu edo moteldu egiten da fluido-geruzen arteko higidura erlatiboaren kausaz sortzen den deformazioa. Fluidoko partikulak elkarrekin finko bilduta mantentzeko ontzi batean gorde behar da fluidoa, hormen artean mugaturik; ontzi barruan egon ezean, zabaltzeko joera dute. Nolanahi ere, fluidoen artean likidoak eta gasak bereizten dira. Likidoek dauden ontziaren forma hartzen dute, eta bolumen konstantea dute ontziz aldatzean. Ordea, gasek ez dute bolumen zehatzik, eta ontzi itxiaren forma eta bolumena hartzen dute; gainera, ontzia irekita egonez gero, kanpora ateratzen dira, berez. Un fluide est un milieu matériel parfaitement déformable. On regroupe sous cette appellation les liquides, les gaz et les plasmas. Gaz et plasmas sont très compressibles, tandis que les liquides le sont très peu (à peine plus que les solides). La transition de l'état liquide à l'état gazeux (ou réciproquement) est en général de premier ordre, c'est-à-dire brusque, discontinue. Dans certaines conditions de température et de pression cependant on peut observer une transition continue d'un état à l'autre, qui finalement ne constituent pas deux états de la matière fondamentalement différents mais un seul, l'état fluide (voir Diagramme de phase d'un corps pur et Point critique). La transition de l'état gazeux à l'état plasma (ou réciproquement) est également continue. Les particules constitutives d'un gaz sont des molécules ou des atomes isolés, celles d'un plasma sont des ions (mono- ou polyatomiques), et celles d'un liquide des atomes, des molécules ou des ions (des ions et des électrons libres dans le cas particulier des métaux liquides). Dans un gaz les interactions entre particules sont négligeables, sauf lorsqu'elles se rencontrent (chocs). Les ions d'un plasma ou d'un liquide ionique interagissent au contraire à grande distance (liaison ionique). Dans les autres liquides les liaisons entre particules constitutives sont généralement faibles comme dans l'air liquide (liaison de van der Waals), ou assez fortes comme dans l'eau (liaison hydrogène) ou les métaux liquides (liaison métallique). Parfois elles sont très fortes comme dans la silice liquide (liaison covalente). Tekutina je společný název pro kapaliny a plyny (patrně i pro plazma a kvark gluonové plazma), jejichž významnou společnou vlastností je tekutost, neboli neschopnost udržet svůj stálý tvar díky snadnému vzájemnému pohybu částic. K tekutinám se většinou řadí také sypké látky, které jsou sice pevného skupenství, ale splňují kritérium tekutosti. Tekutiny se liší od pevných látek především velkou pohyblivostí svých částic, nemají vlastní tvar a snadno se dělí. Protože tekutiny kladou malý odpor vůči silám působícím ve směru vnější normály plochy, která tekutinu omezuje, nemluvíme u tekutin o tlaku, ale o napětí. Odpor tekutin proti změně tvaru nazýváme viskozitou, která se projevuje jen pokud není tekutina v klidu. má snahu zmenšit vzájemný rozdíl rychlostí v proudící tekutině a je tudíž analogií k třecí síle, která je součástí mechaniky pevných látek.Tekutinu, u které se neprojevují viskózní síly, nazýváme dokonalou. Jak je z názvu zřejmé, taková tekutina je pouze myšlenkový konstrukt, který nemá v reálném světě oporu. V praxi se ovšem setkáme s některými tekutinami, které mají tak malou viskozitu, že je dokonalá tekutina jejich dobrou aproximací.Tekutiny dělíme na kapaliny a plyny. Vzájemně se liší především stlačitelností a rozpínavostí. Plyny jsou rozpínavé, kdežto kapaliny vytvářejí volnou hladinu. Kapaliny jsou stlačitelné jen nepatrně, kdežto plyny jsou stlačitelné velmi jednoduše. Tekutiny se dělí na * newtonské (např. voda) * nenewtonské (např. barvy, škrobové roztoky, mléko) podle toho, zda splňují Newtonův zákon viskozity, který říká, že odpor způsobený vnitřním třením v tekutině je přímo úměrný rychlosti toku. Studiem vlastností tekutin se zabývá . Флюи́д (от лат. fluidis — «текучий») — вещество, поведение которого при деформации может быть описано законами механики жидкостей. Термин, как правило, относится к состоянию вещества, объединяющего жидкости и газы, и эквивалентен словосочетанию «газы, плазма, изотропные жидкости и пластичные тела». В русском языке в основном используется для обозначения газов с плотностью характерной для жидкости, но неограниченно расширяющихся. Также используются термины текучая среда или текучее вещество. Состояние характеризуется тем, что при приложении касательных напряжений происходит последовательная деформация вещества. Степень сопротивления деформации определяется вязкостью вещества. Даже твёрдые вещества могут вести себя как флюиды. Если время действия внешней силы больше времени релаксации, то тело ведет себя как жидкость, то есть течёт (см. критерий Деборы). المائع أي مادة قابلة للانسياب تحت تأثير إجهاد القص وتأخذ شكل الإناء الحاوي لها. الموائع اسم شامل للسوائل والغازات والهيولات وأحيانا الأصلاب اللدنة. تصنف الموائع عادة إلى: * موائع قابلة للانضغاط وهي الموائع التي تتغير كثافتها بتغير الضغط الواقع عليها مثل الغازات. * موائع غير قابلة للانضغاط وهي الموائع التي لا تتغير كثافتها بتغير الوضع الواقع عليها مثل السوائل. * موائع نيوتنية. * موائع غير نيوتنية. En fluid är ett ämne som deformeras kontinuerligt när det utsätts för skjuvspänning. Ofta menar man ett ämne som har den fysikaliska egenskapen att den anpassar sin form till den behållare den befinner sig i, det vill säga en vätska eller en gas. Begreppet fluid används inom olika delar av fysiken, i de fall vätskor och gaser har liknande egenskaper. Exempelvis studeras fluiders rörelse inom strömningsmekaniken, som även kallas fluidmekanik. Um fluido é uma substância que se deforma continuamente quando submetida a uma tensão de cisalhamento, não importando o quão pequena possa ser essa tensão. Um subconjunto das fases da matéria, os fluidos incluem os líquidos, os gases, os plasmas e, de certa maneira, os sólidos plásticos. Os fluidos compartilham a propriedade de não resistir à deformação e apresentam a capacidade de fluir. Estas propriedade são tipicamente em decorrência da sua incapacidade de suportar uma tensão de cisalhamento em equilíbrio estático. Enquanto num sólido, a resistência é função da deformação, num fluido a resistência é uma função da razão de deformação. Uma consequência deste comportamento é o Princípio de Pascal, o qual caracteriza o importante papel da pressão na caracterização do estado fluido. Fluidos podem ser classificados como fluidos newtonianos ou fluidos não-newtonianos, uma classificação associada à caracterização da tensão, como linear ou não-linear no que diz respeito à dependência desta tensão com relação à deformação e à sua derivada. O comportamento dos fluidos é descrito por um conjunto de equações diferenciais parciais, incluindo as equações de Navier-Stokes Os fluidos também são divididos em líquidos e gases. Líquidos formam uma superfície livre, isto é, quando em repouso apresentam uma superfície estacionária não determinada pelo recipiente que contém o líquido. Os gases apresentam a propriedade de se expandirem livremente quando não confinados (ou contidos) por um recipiente, não formando portanto uma superfície livre. A superfície livre característica dos líquidos é uma propriedade da presença de tensão interna e atração/repulsão entre as moléculas do fluido, bem como da relação entre as tensões internas do líquido com o fluido ou sólido que o limita. A pressão capilar está associada com esta relação. Um fluido que apresenta resistência à redução de volume próprio é denominado fluido incompressível, enquanto o fluido que responde com uma redução de seu volume próprio ao ser submetido a ação de uma força é denominado fluido compressível. A distinção entre sólidos e fluidos não é tão obvia quanto parece. A distinção é feita pela comparação da viscosidade da matéria: por exemplo, asfalto, mel ou lama são materiais que podem ser considerados ou não como fluidos, dependendo do período das condições e do período de tempo no qual são observadas. O estudo de um fluido é feito pela mecânica dos fluidos a qual está subdividida em dinâmica dos fluidos e dependendo se o fluido está ou não em movimento. ( 유체(遺體)에 대해서는 시체 문서를, 수학에서의 유체(類體, class field)에 대해서는 유체론 문서를 참고하십시오.) 유체(流體)는 고체에 비해 형상이 일정하지 않아 변형이 쉽고 자유로이 흐를 수 있는 액체(液體)와 기체(氣體)와 플라즈마를 총칭하는 말이다. 유체유동의 현상에 대해 다루는 학문은 유체역학이라고 한다. Fluaĵo estas flueca substanco, kies eroj estas malkune kaj tial ĝia disformiĝo eblas. Fluaĵojn oni povas dividi en likvaĵojn, gasojn kaj plasmojn. Do fluaĵo estas ĉiu substanco ne-solida. Ekzemplo de gasa fluaĵo estas la aero; ekzemplo de likva fluaĵo estas akvo. Fluida atau zalir (zat alir) adalah segala jenis zat yang dapat mengalir dalam wujud gas maupun cairan. Berdasarkan pergerakannya, fluida dibedakan menjadi fluida statik dan fluida dinamik. Fluida adalah sub-himpunan dari fase benda, termasuk cairan, gas, plasma, dan . Fluida memiliki sifat tidak menolak terhadap perubahan bentuk dan kemampuan untuk mengalir (atau umumnya kemampuannya untuk mengambil bentuk dari wadah mereka). Sifat ini biasanya dikarenakan sebuah fungsi dari ketidakmampuan mereka mengadakan tegangan geser dalam ekuilibrium statik. Konsekuensi dari sifat ini adalah hukum Pascal yang menekankan pentingnya tekanan dalam menggolongkan bentuk fluida. Fluida adalah zat atau entitas yang terdeformasi secara berkesinambungan apabila diberi tegangan geser walau sekecil apapun tegangan geser itu. Berdasarkan arah tekanan menuji garis alirnya, fluida dibagi menjadi 2 jenis, yaitu fluida Newtonian dan fluida non-Newtonian. Fluida juga dibagi menjadi cairan dan gas. Cairan membentuk permukaan bebas (yaitu, permukaan yang tidak diciptakan oleh bentuk wadahnya), sedangkan gas tidak dapat membentuk permukaan secara bebas. Ábhar a shníonn is a líonann an soitheach ina bhfuil sé. Is sreabháin iad gás, leacht is plasma. Ní féidir le sreabhán fosaithe fórsaí trasnacha nó casta a sheasamh. Rialaíonn dlíthe na meicnice sreabhánaí airíonna meicniúla sreabhán. Un fluido è un materiale (generalmente costituito da una sostanza o da una miscela di più sostanze) che non è dotato di forma propria e non può sostenere uno sforzo di taglio per un tempo apprezzabile. A causa della configurazione plastica delle particelle, con il termine fluido si fa riferimento a liquidi, agli aeriformi, al plasma e, in alcuni casi, ai solidi plastici. Dal punto di vista macroscopico i fluidi sono , composti cioè da un numero infinito di elementi. Als Fluid (von lateinisch fluidus ‚fließend‘) werden Substanzen bezeichnet, die sich unter dem Einfluss von Scherkräften kontinuierlich verformen, d. h. sie fließen. Der Schubmodul idealer Fluide ist null. In der Physik werden Gase und Flüssigkeiten unter dem Begriff Fluide zusammengefasst.Viele physikalische Gesetze gelten für Gase und Flüssigkeiten gleichermaßen, denn sie unterscheiden sich in manchen Eigenschaften nur quantitativ (in der Größenordnung des Effekts), aber nicht qualitativ. Die Strömungslehre bezeichnet jede Substanz als Fluid, die einer genügend langsamen Scherung keinen Widerstand entgegensetzt (endliche Viskosität). In diesem Sinne umfasst der Begriff außer Materie im flüssigen und gasförmigen Aggregatzustand auch Plasma, Suspensionen und Aerosole. Reale Fluide werden eingeteilt in * Newtonsche Fluide: sie lassen sich durch die Navier-Stokes-Gleichungen beschreiben; * Nichtnewtonsche Fluide: ihr Verhalten ist komplexer und wird in der Rheologie behandelt. Aufgrund ihrer Oberflächenspannung bilden Flüssigkeiten eine freie Oberfläche; sie sind tropfbar. Bei Gasen ist dies nicht der Fall. Viskoelastische Stoffe sind ein Sonderfall von Flüssigkeiten, die sich unter gewissen Umständen wie ein elastischer Feststoff verhalten. Флюї́д, плин — загальний термін для позначення речовини, яка пластично деформується у часі (тече) під напруженням зсуву. Ця властивість називається плинністю. Поняття флюїду охоплює гази, рідини, плазму і до певної міри пластичні тверді тіла. Властивості флюїдів вивчають такі області фізики як гідроаеромеханіка, гідромеханіка, гідродинаміка і гідростатика. In physics, a fluid is a liquid, gas, or other material that continuously deforms (flows) under an applied shear stress, or external force. They have zero shear modulus, or, in simpler terms, are substances which cannot resist any shear force applied to them. Although the term fluid generally includes both the liquid and gas phases, its definition varies among branches of science. Definitions of solid vary as well, and depending on field, some substances can be both fluid and solid. Viscoelastic fluids like Silly Putty appear to behave similar to a solid when a sudden force is applied. Substances with a very high viscosity such as pitch appear to behave like a solid (see pitch drop experiment) as well. In particle physics, the concept is extended to include fluidic matters other than liquids or gases. A fluid in medicine or biology refers any liquid constituent of the body (body fluid), whereas "liquid" is not used in this sense. Sometimes liquids given for fluid replacement, either by drinking or by injection, are also called fluids (e.g. "drink plenty of fluids"). In hydraulics, fluid is a term which refers to liquids with certain properties, and is broader than (hydraulic) oils. Un fluid és una substància que es pot deformar amb facilitat; a diferència d'un sòlid, quan s'hi aplica un esforç tangencial, i per petit que aquest sigui, sempre apareixerà una deformació en forma de . El coeficient de proporcionalitat entre la causa i l'efecte és allò que coneixem per . Les substàncies que es poden considerar fluids són els líquids i els gasos. A més, en el si d'un fluid es compleix la condició d'adherència, és a dir, dues partícules de fluid en contacte tenen la mateixa velocitat. Pel mateix motiu, la velocitat d'una partícula de fluid en contacte amb qualsevol sòlid serà la mateixa que la pròpia del contorn. Per tal de caracteritzar un fluid s'utilitzen les següents variables: * Densitat * Volum específic * Pes específic A més, el concepte de viscositat permet realitzar una classificació dels fluids segons es comporten aquestos en el seu moviment. Een fluïdum is een uitvloeiende stof. Het is een medium dat bij een constante temperatuur en druk een welbepaalde massa en volume heeft, maar geen vaste vorm. Het kan daarbij gaan om gassen, vloeistoffen, plasma's, en tot op zekere hoogte plastische vaste stoffen. Een fluïdum kan stromen en vervormen, waardoor het geen belastingen kan dragen in een statisch evenwicht. Meestal wordt een fluïdum als continuüm beschouwd en wordt geen rekening gehouden met afzonderlijke fluïdumdeeltjes.Deze interpretatie houdt ook in dat er geen tot zeer kleine tangentiaalkrachten aanwezig zijn tussen de fluïdumdeeltjes. Bij een ideaal fluïdum zijn er geen inwendige wrijvingskrachten en wordt het fluïdum onsamendrukbaar geacht.In werkelijkheid is een fluïdum altijd samendrukbaar en treden er altijd inwendige wrijvingskrachten op ten gevolge van de viscositeit van het fluïdum. Με τον όρο ρευστό χαρακτηρίζεται μια οποιαδήποτε ουσία που παρουσιάζει ροή. Τέτοιες ουσίες είναι τα α) υγρά και τα αέρια, β) στερεά που βρίσκονται σε φάση ροής. Συνεπώς ο όρος ρευστό χαρακτηρίζει συνοπτικά τα υγρά και τα αέρια σώματα των οποιων οι δυνάμεις συνοχής είναι χαλαρές με συνέπεια η μάζα τους να ολισθαίνει ελεύθερα (περίπτωση υγρών) ή να μετατοπίζεται ανεξάρτητα (περίπτωση αερίων) έτσι ώστε να λαμβάνει κάθε φορά το σχήμα του χώρου που καταλαμβάνουν ή του μέσου δια του οποίου κινούνται αυτά. * Σημειώνεται ότι το φαινόμενο της ροής που χαρακτηρίζει γενικά τα ρευστά είναι ακριβώς τούτο: ότι σ΄ αυτά δεν παρατηρείται κατάτμηση της μάζας τους όταν ασκούνται σ΄ αυτήν εξωγενείς δυνάμεις αλλά αντίθετα αυτή αντιδρά ολισθαίνοντας συνεχώς ή μετατοπίζεται εξ ολοκλήρου ανεξάρτητα και συνεχώς. Φαινόμενο που δεν συμβαίνει στη μάζα των στερεών, υποκείμενη σε κατάτμηση, κάμψη, στρέψη ή άλλη παραμόρφωση ή ακόμα και επαναφορά στην αρχική κατάσταση, εκτός και αν βρεθεί σε "φάση ροής" οπότε και έχει πάψει τότε να θεωρείται στερεό. * Τα ρευστά παρουσιάζουν μόνο μία δύναμη που ασκούν προς τα έξω την υδροστατική πίεση και η οποία εφαρμόζεται πάντα κάθετα προς οποιοδήποτε σημείο των τοιχωμάτων του χώρου που βρίσκονται. 流体（りゅうたい、英: fluid）とは、静止状態においてせん断応力が発生しない連続体の総称である。一般的には液体や気体であるが、液体と気体が混ざったものやこれらに微量の固体が混ざった混相流体のように特殊な流体として扱われるものもある。流体（英語、德語: Fluid）就是在承受剪應力時將會發生連續變形的物体，包括气体和液体。流体沒有一定形狀，几乎可以任意改变形態，或者分裂。 Płyn – każda substancja, która może płynąć, tj. charakteryzuje się wielką łatwością zmieniania wzajemnego położenia poszczególnych elementów nawet dla niewielkich sił, w przeciwieństwie do ciał stałych, które przy niewielkich siłach wykazują proporcjonalność odkształcenia do naprężeń. W wyniku czego płyn może swobodnie przemieszczać się (przepływać). Pojęcia płynu nie należy utożsamiać tylko z cieczą, gdyż płynami są nie tylko ciecze, ale także wszystkie gazy, plazma, a nawet takie mieszaniny różnych faz fizycznych jak piana, emulsja, zawiesina i pasta. Działem mechaniki opisującym płyny jest mechanika płynów. Podstawową, mierzalną cechą płynów jest ich lepkość, czyli miara oporu wewnętrznego jaki stawia płyn poddawany naprężeniom ścinającym zmuszającym go do przepływu. Lepkości z kolei nie należy mylić z gęstością, co jest powszechne w języku potocznym. Najmniejszą ideową cząstką płynu jest element płynu. Rozpatrując płyny, rozważa się ich oddziaływania wewnętrzne oraz powierzchniowe. Se le denomina fluido a un tipo de medio continuo formado por alguna sustancia entre cuyas partículas solo hay una fuerza de atracción débil. La propiedad definitoria es que los fluidos pueden cambiar de forma sin que aparezcan en su seno fuerzas restitutivas tendentes a recuperar la forma "original" (lo cual constituye la principal diferencia con un sólido deformable, donde sí hay fuerzas restitutivas). Un fluido es un conjunto de partículas que se mantienen unidas entre sí por fuerzas cohesivas débiles y las paredes de un recipiente; el término engloba a los líquidos y los gases.En el cambio de forma de un fluido la posición que toman sus moléculas varía, ante una fuerza aplicada sobre ellos, pues justamente fluyen. Los líquidos toman la forma del recipiente que los aloja, manteniendo su propio volumen, mientras que los gases carecen tanto de volumen como de forma propias. Las moléculas no cohesionadas se deslizan en los líquidos y se mueven con libertad.
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