Ano ang ibig sabihin ng NAVIER sa Tagalog

• navier

Mga halimbawa ng paggamit ng Navier sa Ingles at ang kanilang mga pagsasalin sa Tagalog

However Navier's father died in 1793 when Navier was only eight years old.
Subalit Navier's ama namatay sa 1793 kapag Navier lamang ay walong taong gulang.

The contribution of Coriolis, Poncelet, and Navier to the concept of'work' is examined in detail in.
Ang mga kontribusyon ng mga Coriolis, Poncelet, at Navier sa konsepto ng 'trabaho' ay napagmasdan sa mga detalye sa.

However Navier, Stokes, Poisson and Saint-Venant had developed a mathematical theory of fluid friction in the 1840s.
Subalit Navier, Stokes, Poisson at Saint-Venant ay binuo ng isang matematiko teorya ng likido sigalot sa 1840s.

During this first year at the École Polytechnique, Navier was taught analysis by Fourier who had a remarkable influence on the young man.
Sa panahon na ito unang taon sa École Polytechnique, Navier ay tinuturuan sa pamamagitan ng Fourier analysis na nagkaroon ng pansin sa impluwensiya ng binata.

Navier believed in an industrialised world in which science and technology would solve most of the problems.
Navier sumampalataya sa isang industrialised sa mundo na agham at teknolohiya ay malutas ang karamihan ng mga problema.

He was also elected to replace Navier in the mechanics section of the Académie des Sciences.
Siya ay din elected upang palitan Navier sa mechanics na seksyon ng Académie des Sciences.

The Navier- Stokes equations were of great interest to her and continued to be so for the rest of her life.
Ang Navier- Stokes equation na ng mga magaling na sa kanyang interes at patuloy na kaya para sa natitirang bahagi ng kanyang buhay.

In that process, on the basis of his own research in theoretical mechanics, Navier added a somewhat analytical flavour to the works of Gauthey.
Sa na-proseso, sa ang batayan ng kanyang sariling pananaliksik sa panteorya mechanics, Navier nagdagdag ng medyo analytical lasa sa mga gawa ng Gauthey.

From 1830 Navier was employed as a consultant by the government to advise on how science and technology could be used to better the country.
Mula 1830 Navier ay trabaho bilang isang consultant ng pamahalaan upang ipaalam sa kung paano agham at teknolohiya ay maaaring gamitin upang mas mahusay na mga bansa.

An early form of the theory had been developed by Germain and Poisson but it was Navier who gave the correct differential equation a few years later.
Maaga ng isang form ng mga teorya had been binuo ng Germain at Poisson ngunit ito ay Navier na ibinigay ang tamang kaugalian equation ng ilang mga taon mamaya.

The paper is concerned with this idea, and in particular with illustrating the differences in scientific approach between Ohm and that of Fourier and Navier.
Ang papel na ito ay nag-aalala sa mga ideya, at sa partikular na sa illustrating ang kaibahan sa pagitan ng mga diskarte sa pang-agham at oum na ng Fourier at Navier.

When Olga first started to work on the Navier- Stokes equation, she was unaware of the work of Leray and Eberhard Hopf.
Kapag Olga unang nagsimula na magtrabaho sa Navier- Stokes equation, siya ay hindi batid ng mga trabaho ng Leray at Eberhard Hopf.

Perhaps his most remarkable work was that which he published in 1843 in which he gave the correct derivation of the Navier- Stokes equations.
Marahil ang kanyang pinaka-karaniwan ay sa trabaho na kung saan siya nai-publish sa 1843 kung saan siya ibinigay ang tamang pinaghanguan ng mga Navier- Stokes equation.

Fourier became a life-long friend of Navier as well as his teacher, and he took an active interest in Navier's career from that time on.
Fourier ay naging isang buhay na kaibigan ng Navier pati na rin ang kanyang guro, at siya ay kinuha ng isang aktibong interes sa Navier ng karera mula sa panahon na sa.

The paper is similar in its aims and also in its methods to several other papers which appeared around this time by Hachette, Navier and Petit. However.
Ang papel ay katulad sa kanya ay naglalayong at pati na rin sa kanyang mga pamamaraan sa ilang mga iba pang papeles na lumabas sa paligid ng mga oras na ito sa pamamagitan ng Hachette, Navier at Petit. Gayunman.

We should note, however, that Navier derived the Navier- Stokes equations despite not fully understanding the physics of the situation which he was modelling.
Kami ay dapat tandaan, gayunman, na Navier nagmula ang Navier-Stokes equation sa kabila ng hindi ganap na unawa ang physics ng sitwasyon na kung saan siya ay modelling.

After he had deduced the correct equations of motion Stokes discovered that again he was not the first to obtain the equations since Navier, Poisson and Saint-Venant had already considered the problem.
Pagkatapos niya deduced ang tamang equation ng mga kilos Stokes natuklasan na muli siya ay hindi ang unang upang makuha ang equation since Navier, Poisson at Saint-Venant nagkaroon na isinasaalang-alang ang mga problema.

Navier is remembered today, not as the famous builder of bridges for which he was known in his own day, but rather for the Navier- Stokes equations of fluid dynamics.
Navier ay remembered ngayon, hindi bilang ang mga bantog na builder ng Bridges para sa kung saan siya ay kilala sa kanyang sariling araw, kundi para sa Navier-Stokes equation ng likido dinamika.

These replacement equations have a quite different mathematical character than the Navier- Stokes equations, and as one can easily see from this book, the theory goes along very different lines.
Ang mga ito ay may kapalit na equation ng isang lubos na iba't-ibang mga karakter sa matematiko ang Navier- Stokes equation, at bilang isang maaaring madaling makita mula sa librong ito, ang teorya goes kasama ibang-iba na linya.

He published On the Navier- Stokes initial value problem in 1962 in which he gave a careful and readable account of the initial-value problem for the Navier- Stokes system.
Siya nai-publish Sa Navier- Stokes unang halaga ng problema sa 1962 kung saan siya ibinigay ng isang maingat at mga mabahasa account ng paunang-halaga para sa problema ng Navier- Stokes sistema.

The Prandtl equations were devised early in this century as a simpler replacement for the Navier- Stokes equations to describe viscous laminar fluid flows near boundaries to which the fluid adheres.
Ang Prandtl equation ay devised maaga sa siglo na ito bilang isang kapalit para sa mas simple ang Navier- Stokes equation upang ilarawan ang malapot laminar likido daloy malapit sa mga hangganan na kung saan ang likido ay sumusunod.

Navier appointed him as one of his assistants at the École Polytechnique and this connection was to see Navier become an ardent supporter of the ideas of Comte and Saint-Simon.
Navier hinirang siya bilang isa sa kanyang assistants sa École Polytechnique at koneksyon na ito ay upang makita ang Navier maging isang ardent tagataguyod ng mga ideya ng Comte at Saint-Simon.

His ideas for teaching were not shared by all, however, and soon after his appointment to the professorship at the École Polytechnique Navier became involved in a dispute with Poisson over the teaching of Fourier 's theory of heat.
Ang kanyang mga ideya para sa pagtuturo ay hindi ipinamahagi ng lahat, gayunpaman, at sa lalong madaling panahon pagkatapos ng kanyang appointment sa pagkapropesor sa École Polytechnique Navier naging kasangkot sa isang alitan sa Poisson sa pagtuturo ng Fourier 's theory ng init.

That, in combination with textbooks that Navier wrote for practicing engineers, introduced the basic principles of engineering science to a field that previously had been almost completely empirical.
Na, sa mga kumbinasyon na may aklat-aralin na Navier wrote practicing para sa mga inhinyero, ipinakilala ang mga pangunahing mga prinsipyo ng engineering science sa isang larangan na dati had been halos ganap na mula sa obserbasyon.

It was not long after Navier's graduation that his granduncle Emiland Gauthey died and Navier, who had left Paris to undertake field work, returned to Paris, at the request of the Corps des Ponts et Chaussées, to take on the task of editing Gauthey's works. Anderson writes in.
Ito ay hindi long matapos Navier's graduation na kanyang granduncle Emiland Gauthey namatay at Navier, na kaliwa Paris upang magsagawa ng field ng trabaho, bumalik sa Paris, sa kahilingan ng Corps des Ponts et Chaussées, mag-sa ang gawain ng e-edit ng Gauthey ang gumagana. Anderson magsusulat sa.

At this time the family were living in Paris but after Navier's father died, his mother returned to her home town of Chalon-sur-Saône and left Navier in Paris to be cared for by her uncle Emiland Gauthey.
Sa oras na ito ang mga pamilya ay nakatira sa Paris pero pagkatapos Navier's ama namatay, ang kanyang ina ibabalik sa kanyang tahanan bayan ng Chalon-sur-Saône at kaliwa Navier sa Paris upang ma-alaga sa pamamagitan ng kanyang tiyuhin Emiland Gauthey.

The irony is that although Navier had no conception of shear stress and did not set out to obtain equations that would describe motion involving friction, he nevertheless arrived at the proper form for such equations.
Ang bakal ay na bagama't Navier had walang balak ang stress ng mga gupitin at hindi naka-set out upang makakuha ng equation na naglalarawan sa kilos na kinasasangkutan sigalot, gayon pa man siya dumating sa tamang form para sa mga tulad equation.

However, from almost bottom place on entry, Navier made such progress in his first year at the École Polytechnique that he was one of the top ten students at the end of the year and chosen for special field work in Boulogne in his second year.
Gayunman, mula sa halos ilalim na lugar sa entry, Navier ginawa tulad ng progreso sa kanyang unang taon sa École Polytechnique na siya ay isa sa mga nangungunang sampung mag-aaral sa katapusan ng taon at pinili para sa espesyal na larangan ng trabaho sa Boulogne sa kanyang ikalawang taon.

Despite encouraging Navier to enter the École Polytechnique, Gauthey seems not to have been that successful in teaching Navier, who may just have been a late developer, for he only just scraped into to École Polytechnique in 1802.
Sa kabila na naghihikayat sa Navier upang ipasok ang École Polytechnique, Gauthey tila hindi na magkaroon pa na matagumpay sa pagtuturo Navier, na maaaring lamang ay na-late ng isang developer, para sa siya lamang ang lamang sa scraped sa École Polytechnique sa 1802.