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47:25 Identifying Painlevé equations related to… Identifying Painlevé equations related to orthogonal polynomials: the geometric approach - Alexander Stokes	Identifying Painlevé equations related to orthogonal polynomials: the geometric approach - Alexander Stokes OPSFOTA online seminar series Alexander Stokes (University College London – University of Warsaw) Identifying Painlevé equations related to orthogonal polynomials: the geometric… mathematics equations kind equation surface differential thing curves solution variables bit space idea devices identification surfaces change form polynomials point parameters From GILLIAN KERR on May 24th, 2021 0 likes 12 plays 0 Licence Type All rights reserved Language english Date Created May 24th, 2021
54:28 LAGOON: Leicester Algebra and Geometry Open… LAGOON: Leicester Algebra and Geometry Open ONline: Ana Ros Camacho (Cardiff)	LAGOON: Leicester Algebra and Geometry Open ONline: Ana Ros Camacho (Cardiff) Subtitles will be available soon. category matrix factorization tensor factorizations categories representations morphism ring modules potential physics theory equivalence base differential side model field permutation guy From Liam Holligan on May 10th, 2021 0 likes 12 plays 0 Publisher Liam Holligan Licence Type All rights reserved Language English Date Created May 6th, 2021
53:20 BMC BAMC 2021 Bernd Sturmfels BMC BAMC 2021 Bernd Sturmfels	BMC BAMC 2021 Bernd Sturmfels 6-9 April 2021, BMC BAMC 2021 This is the plenary talk by Bernd Sturmfels (MPI, Leipzig/Berkeley) Linear PDE with Constant Coefficients This recording is subtitled. To turn the captions off,… bmc bamc 2021 sturmfels mathematics space solution ideal algebra function variables vector pde operators linear multiplicity functions respect theory decomposition field ring ideals differential variety From Dawn Wasley on April 13th, 2021 0 likes 50 plays 0 Licence Type All rights reserved Date Created April 6th, 2021
53:03 Generalised higher order Freud polynomials -… Generalised higher order Freud polynomials - Kerstin Jordaan	Generalised higher order Freud polynomials - Kerstin Jordaan OPSFOTA online seminar series Generalised higher order Freud polynomials Kerstin Jordaan (University of South Africa) 29 March 2021 To remove the captions from this video press CC on the bottom… mathematics recurrence polynomials weight equation lambda coefficients coefficient zeros functions moments expression weights relation degree function infinity term moment freud differential From GILLIAN KERR on March 29th, 2021 0 likes 36 plays 0 Licence Type All rights reserved Language english Date Created March 29th, 2021
51:15 Perturbative symmetry approach for… Perturbative symmetry approach for differential-difference equations - Jing Ping Wang	Perturbative symmetry approach for differential-difference equations - Jing Ping Wang VISS online seminar series Jing Ping Wang, University of Kent Perturbative symmetry approach for differential-difference equations 24 March 2021 To remove the captions from this video press CC on… mathematics equation symmetry difference expression classification condition operator shift differential function polynomial theorem symbol linear derivation cell race term times elements From GILLIAN KERR on March 24th, 2021 0 likes 14 plays 0 Licence Type All rights reserved Language english Date Created March 24th, 2021
39:56 UK-APASI in Mathematical Sciences: Nikolaos… UK-APASI in Mathematical Sciences: Nikolaos Sfakianakis	UK-APASI in Mathematical Sciences: Nikolaos Sfakianakis Subtitles will be added soon. Nikolaos Sfakianakis Bridging the gap between SDEs and PDEs: Hybrid modelling with application in cancer tissue invasion icms ukapasi cells cancer tissue density mass equations tumour model migration position diffusion invasion differential profile matrix cell islands alpha process beta From Liam Holligan on March 16th, 2021 0 likes 4 plays 0 Publisher Liam Holligan Licence Type All rights reserved Language English Date Created March 15th, 2021
59:25 3 March 2021 - Pedro Vaz - Schur-Weyl duality,… 3 March 2021 - Pedro Vaz - Schur-Weyl duality, Verma modules, and categorification	3 March 2021 - Pedro Vaz - Schur-Weyl duality, Verma modules, and categorification The subtitles/captions on this talk are being edited. They will be available within 2 weeks of the talk being published.3rd March 2021Pedro Vaz - Schur-Weyl duality, Verma modules, and… repnet representation theory algebra representations representation module blob modules category algebras tensor endomorphism theory relation parabolic differential quotient vector action diagrams block glm From OLLIE Quinn on March 9th, 2021 0 likes 47 plays 0 Licence Type All rights reserved Language English Date Created March 3rd, 2021
13:16 AVLSI Demo 10 - Stability Probes AVLSI Demo 10 - Stability Probes	AVLSI Demo 10 - Stability Probes How to use stability probes to check stability, phase margin etc. stability cadence virtuoso avlsia analogue circuits analog circuits phase analysis amplifier plots margin plot gain probe points differential loop signal phi outputs thing frequency response things mode From Filip Taneski on March 4th, 2021 0 likes 3 plays 0 Course Code ELEE11073 Publisher Filip Taneski Licence Type Creative Commons - Attribution Language English Date Created March 4th, 2021
07:17 Partial Differential Equations Lecture 10 -… Partial Differential Equations Lecture 10 - Results	Partial Differential Equations Lecture 10 - Results In the last part of this lecture we look at the results we obtain to the test problem and look forward to solving real fluid dynamics problems using commercial solvers in CFD5. shallow water equations numerical methods partial differential equations metre water conditions equations velocity metres depression solution left side condition problems height steps problem dynamics flow direction thing shock From David Ingram on February 26th, 2021 0 likes 38 plays 0 Course Code SCEE09004 Publisher School of Engineering Licence Type Creative Commons - Attribution Language English Date Created February 22nd, 2021
06:46 Partial Differential Equations Lecture 10 - The… Partial Differential Equations Lecture 10 - The Solver	Partial Differential Equations Lecture 10 - The Solver We now introduce a family of test problems and look at the Matlab code needed to solver the shallow water equations. shallow water equations numerical methods partial differential equations solution hand equations conditions characteristics water problem fluxes velocity programme height characteristic problems flow boundary areas quantities depression side point From David Ingram on February 26th, 2021 0 likes 32 plays 0 Course Code scee09004 Publisher School of Engineering Licence Type Creative Commons - Attribution Language English Date Created February 22nd, 2021
10:50 Partial Differential Equations Lecture 10 -… Partial Differential Equations Lecture 10 - Shallow Water Equations	Partial Differential Equations Lecture 10 - Shallow Water Equations In this lecture we extend our solver to apply to a system of equations in one spatial dimension. In this case we are solving the St Vennant, or Shallow Water Equations. shallow water equations partial differential equations numerical methods equations matrix conservation momentum phi mass advection water root lambda linear inverse q2 eigenvalues times speed equation form channel term From David Ingram on February 26th, 2021 0 likes 37 plays 0 Course Code SCEE09004 Publisher School of Engineering Licence Type Creative Commons - Attribution Language English Date Created February 22nd, 2021
10:13 Partial Differential Equations Lecture 9 - Results Partial Differential Equations Lecture 9 - Results	Partial Differential Equations Lecture 9 - Results Here we look in detail at the results from the test problem and discuss dispersive and dissipative errors. numerical methods hyperbolic equation fractional steps partial differential equations solution amplitude test grid dispersion 3d dissipation error kind problems conditions shape concentration equations delta errors bit wave lots loss From David Ingram on February 16th, 2021 0 likes 33 plays 0 Course Code SCEE09004 Publisher School of Engineering Licence Type Creative Commons - Attribution Language English Date Created February 16th, 2021
07:25 Partial Differential Equations Lecture 9 -… Partial Differential Equations Lecture 9 - MacCormack method in 2D	Partial Differential Equations Lecture 9 - MacCormack method in 2D This part of the lecture develops a 2D solver using the method of Fractional Steps and the MacCormack scheme and applies it to a test problem hyperbolic equation fractional steps numerical methods partial differential equations operator problem conditions function test step direction bit 2pi values delta 3e solution times scheme lecture rise corrector predictor timestep From David Ingram on February 16th, 2021 0 likes 40 plays 0 Course Code SCEE09004 Publisher School of Engineering Licence Type Creative Commons - Attribution Language English Date Created February 16th, 2021
09:39 Partial Differential Equations Lecture 9 - Two… Partial Differential Equations Lecture 9 - Two and three dimensional solvers	Partial Differential Equations Lecture 9 - Two and three dimensional solvers In this lecture we look at operator splitting and the method of fractional steps which can be used to solve 2 and 3D problems with 1D schemes. fractional steps hyperbolic equation partial differential equations solution series sequence operator problems times step operators term taylor equation equations problem lecture steps schemes point diffusion middle derivative From David Ingram on February 16th, 2021 0 likes 42 plays 0 Course Code SCEE09004 Publisher School of Engineering Licence Type Creative Commons - Attribution Language English Date Created February 16th, 2021
05:22 Partial Differential Equations, Lecture 8c: MUSCL… Partial Differential Equations, Lecture 8c: MUSCL Schemes	Partial Differential Equations, Lecture 8c: MUSCL Schemes We look briefly at how MUSCL schemes use weighted interpolation of fluxes as an alternative to the TVD schemes. muscl scheme hyperbolic equation partial differential equations schemes flux muscle scheme half fluxes tvd methods method problem points interpolation cell function conservation lecture discontinuities curves parabolic piecewise From David Ingram on February 15th, 2021 0 likes 38 plays 0 Course Code SCEE09004 Publisher School of Engineering Licence Type Creative Commons - Attribution Language English Date Created February 15th, 2021
05:26 Partial Differential Equations, Lecture 8b: TVD… Partial Differential Equations, Lecture 8b: TVD MacCormack	Partial Differential Equations, Lecture 8b: TVD MacCormack Here we implement the MacCormack scheme with a TVD correction in Matlab and apply it to a test problem tvd scheme maccormack method hyperbolic equation partial differential equations scheme solution correction function grid step tvd bit minus formula cell conditions prediction equations predictor steps discontinuities selection seconds likes From David Ingram on February 15th, 2021 0 likes 46 plays 0 Course Code SCEE09004 Publisher School of Engineering Licence Type Creative Commons - Attribution Date Created February 15th, 2021

Search for tag: "differential"

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