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Jesús María Sanz-Serna (University… duration 51 minutes 47 seconds Jesús María Sanz-Serna (University… Jesús María Sanz-Serna (University Carlos III of Madrid) Numerical integrators for the Hamiltonian Monte Carlo method	Jesús María Sanz-Serna (University Carlos III of Madrid) Numerical integrators for the Hamiltonian Monte Carlo method This recording is in the process of being subtitled. We aim to have edited captions available within 2 weeks of publishing.15 November Jesús María Sanz-Serna (University Carlos III… icms one world numerical analysis method energy problem function step algorithm integration era error methods acceptance probability samples integrator point star volume values axis minus From Greg McCracken 0 likes 57 plays 0 Licence Type All rights reserved Language English Date Created November 15th, 2021
24 May 2021 - Endre Süli (University of… duration 50 minutes 55 seconds 24 May 2021 - Endre Süli (University of… 24 May 2021 - Endre Süli (University of Oxford) - Discrete De Giorgi--Nash--Moser theory and the finite element approximation of chemically reacting fluids	24 May 2021 - Endre Süli (University of Oxford) - Discrete De Giorgi--Nash--Moser theory and the finite element approximation of chemically reacting fluids 24 May 2021 Endre Süli (University of Oxford) - Discrete De Giorgi--Nash--Moser theory and the finite element approximation of chemically reacting fluids The talk is concerned with the… one world numerical analysis function equation concentration problem condition exponent spaces linear result element paper regularity solution model theorem side hand matrix velocity solutions From Greg McCracken 0 likes 77 plays 0 Licence Type All rights reserved Language English Date Created May 24th, 2021
3 May - Victorita Dolean (University of… duration 47 minutes 23 seconds 3 May - Victorita Dolean (University of… 3 May - Victorita Dolean (University of Strathclyde, Glasgow) - Robust solvers for time-harmonic wave propagation problems	3 May - Victorita Dolean (University of Strathclyde, Glasgow) - Robust solvers for time-harmonic wave propagation problems The subtitles/captions on this talk are being edited. They will be available within 2 weeks of the talk being published. 3 May 2021 Victorita Dolean (University of Strathclyde, Glasgow) - Robust… one world numerical analysis problem method problems domain space core matrix mesh methods theory frequency solution level wave wavelength kind discretization equation delta elements From Greg McCracken 0 likes 90 plays 0 Licence Type All rights reserved Language English Date Created May 3rd, 2021
19 April 2021: Andreas Veeser (Università… duration 55 minutes 50 seconds 19 April 2021: Andreas Veeser (Università… 19 April 2021: Andreas Veeser (Università degli Studi di Milano) - Accurate error bounds and equivalence of seminorms	19 April 2021: Andreas Veeser (Università degli Studi di Milano) - Accurate error bounds and equivalence of seminorms The subtitles/captions on this talk are being edited. They will be available within 2 weeks of the talk being published. 19 April 2021Andreas Veeser (Università degli Studi di Milano) -… one world numerical numerical analysis space approximation operator problem solution method mesh norm question side hand error approach kernel discretization result spaces linear element inequality From Greg McCracken 0 likes 96 plays 0 Licence Type All rights reserved Language English Date Created April 19th, 2021
8 March 2021 - Carola-Bibiane Schönlieb… duration 1 hour 1 minute 8 March 2021 - Carola-Bibiane Schönlieb… 8 March 2021 - Carola-Bibiane Schönlieb (University of Cambridge) - Structure-preserving deep learning	8 March 2021 - Carola-Bibiane Schönlieb (University of Cambridge) - Structure-preserving deep learning 8 March 2021 Carola-Bibiane Schönlieb (University of Cambridge) - Structure-preserving deep learning Abstract: Over the past few years, deep learning has risen to the foreground as a topic of… one world numerical analysis owna network networks kind function learning ode input output layers problem problems gradient thing layer linear image training analysis instance continuum From Greg McCracken 0 likes 132 plays 0 Licence Type All rights reserved Language English Date Created March 8th, 2021
Partial Differential Equations Lecture 10 -… duration 7 minutes 17 seconds 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 0 likes 119 plays 0 Course Code SCEE09004 Publisher School of Engineering Licence Type Creative Commons - Attribution Language English Date Created February 22nd, 2021
Partial Differential Equations Lecture 10 - The… duration 6 minutes 46 seconds 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 0 likes 109 plays 0 Course Code scee09004 Publisher School of Engineering Licence Type Creative Commons - Attribution Language English Date Created February 22nd, 2021
Partial Differential Equations Lecture 10 -… duration 5 minutes 8 seconds Partial Differential Equations Lecture 10 -… Partial Differential Equations Lecture 10 - Boundary Conditions	Partial Differential Equations Lecture 10 - Boundary Conditions In the 2nd part of the lecture we look at boundary conditions for systems of hyperbolic equations. shallow water equations hyperbolic equation numerical methods domain characteristics flow conditions boundary head fluid velocity side root piece condition speed region solution inlet image energy characteristic phi From David Ingram 0 likes 133 plays 0 Course Code SCEE09004 Publisher School of Engineering Licence Type Creative Commons - Attribution Language English Date Created February 22nd, 2021
Partial Differential Equations Lecture 10 -… duration 10 minutes 50 seconds 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 0 likes 168 plays 0 Course Code SCEE09004 Publisher School of Engineering Licence Type Creative Commons - Attribution Language English Date Created February 22nd, 2021
Partial Differential Equations Lecture 9 - Results duration 10 minutes 13 seconds 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 0 likes 118 plays 0 Course Code SCEE09004 Publisher School of Engineering Licence Type Creative Commons - Attribution Language English Date Created February 16th, 2021
Partial Differential Equations Lecture 9 -… duration 7 minutes 25 seconds 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 0 likes 320 plays 0 Course Code SCEE09004 Publisher School of Engineering Licence Type Creative Commons - Attribution Language English Date Created February 16th, 2021
Partial Differential Equations, Lecture 7a:… duration 4 minutes 5 seconds Partial Differential Equations, Lecture 7a:… Partial Differential Equations, Lecture 7a: Numerical solution of hyperbolic PDEs.	Partial Differential Equations, Lecture 7a: Numerical solution of hyperbolic PDEs. A lecture introducing numerical methods for hyperbolic PDEs hyperbolic equation partial differential equations numerical methods equation schemes scheme equations space operator series taylor term linear difference delta derivative advection lecture form eviction expansion kind x. From David Ingram 0 likes 266 plays 0 Course Code SCEE09004 Publisher School of Engineering Licence Type Creative Commons - Attribution Language English Date Created February 8th, 2021
Lecture 5 Part 1: Van der Pol Oscillator duration 4 minutes 46 seconds Lecture 5 Part 1: Van der Pol Oscillator Lecture 5 Part 1: Van der Pol Oscillator	Lecture 5 Part 1: Van der Pol Oscillator A look at the behaviour of the van der pol oscillator and its solution using the Runge-Kutta integrator differential equations numerical method solution lambda lecture plot function conditions parameters oscillator equation phase mu equations solutions thing acceleration velocity python der van choice From David Ingram 0 likes 1,437 plays 0 Course Code SCEE08009 Licence Type Creative Commons - Attribution Language English Date Created July 7th, 2020
Lecture 4 Part 4: Methods for real engineering… duration 11 minutes 45 seconds Lecture 4 Part 4: Methods for real engineering… Lecture 4 Part 4: Methods for real engineering problems	Lecture 4 Part 4: Methods for real engineering problems In the last part of the lecture we look at real numerical methods that can be used for real engineering problems. Looking briefly at Runge-Kutta methods and an application modelling methane-air… differential equations numerical method function solution method reaction problems methods hydrogen wave reactions methane problem bit lot chemistry chemical water carbon stiffness ratio sine From David Ingram 0 likes 108 plays 0 Course Code SCEE0809 Licence Type Creative Commons - Attribution Language English Date Created July 1st, 2020
Lecture 4 Part 3: State space models duration 5 minutes 20 seconds Lecture 4 Part 3: State space models Lecture 4 Part 3: State space models	Lecture 4 Part 3: State space models In this part of the lecture we look at how state-space models can be used to solve higher order differential equations using the method for systems of equations. differential equations numerical method equations equation differential solution methods euler lecture values steps conditions space integration spacecraft position excel scheme functions substitutions sets t. From David Ingram 0 likes 300 plays 0 Course Code SCEE08009 Licence Type Creative Commons - Attribution Language English Date Created July 1st, 2020
Lecture 4 Part 2: Systems of equations duration 4 minutes 26 seconds Lecture 4 Part 2: Systems of equations Lecture 4 Part 2: Systems of equations	Lecture 4 Part 2: Systems of equations In this lecture we look at how the numerical methods can be extended to deal with systems of equations. differential equations numerical method vector function equations method solution euler equation hand table step side functions systems integrator bit python excel calculations problem updates From David Ingram 0 likes 375 plays 0 Course Code SCEE08009 Licence Type Creative Commons - Attribution Language English Date Created July 1st, 2020 Retain Source File Yes