Theo Ong Science and Engineering

Theo Ong Science and Engineering

Views:
743,833
Subscribers:
9,770
Videos:
965
Duration:
14:00:51:00
Singapore
Singapore

Theo Ong Science and Engineering is a Singaporean content creator on YouTube with approximately 9.77 thousand subscribers. He published 965 videos which altogether total at least 743.83 thousand views.

Created on ● Channel Link: https://www.youtube.com/channel/UCg8JQhTCcrJ67ixjInoKyPQ





Top 400 Videos With The Longest Duration by Theo Ong Science and Engineering


Video TitleDurationCategoryGame
301.matlab frequency response tools part 6 gain and phase angle24:38
302.playing with dotnet core 37 - dataStorage4 adding forms for user input (and some bugs)24:38
303.Turbulence Modelling 52 - LES Dynamic Smagorinsky Guessing Cd with filtered velocities24:36
304.Labview Control Design and Simulation 5 read-write data outside simulation loop (model hierarchy)24:35Tutorial
305.Turbulence Modelling 77 - Turbulent Pr Difficulties with Near Wall Measurements and Empirical Models24:35
306.Introduction to material phenomena in nuclear environments 16 - fuel microstructure changes24:35
307.Radiation Heat Transfer Learning Journal 25 - RTE with optical distance and intro to albedo24:34
308.Introductory C++ for OpenFoam 19 - a brief on compiling OpenFOAM applications (solvers) with wmake24:30
309.Turbulence Modelling 41 - Spalart Allmaras Model Production and Diffusion Terms24:30
310.OpenFOAM Intermediate - 52 Setting up a pimpleFoam pipeflow case24:29
311.Convection Heat Transfer Natural Convection BL 11 integral solution substituting in momentum equat24:29
312.OpenFOAM Intermediate - 58 cleaning up Git history part ii git gc git reflog24:29Vlog
313.Radiation Heat Transfer Learning Journal 30 - RTE analytical solution 1D plane part i24:28
314.Comparison of Thermophysical Properties between Dowtherm A and Therminol VP 124:26
315.Turbulence Modelling 100 - OpenFOAM Example fvSolutions and data Sampling across a line functionObj24:24
316.Turbulence Modelling 83 - LES Fires & Aiding Mixed Convection Good Results w/ kEqn & Dynamic Models24:24
317.Thermodynamics speed of sound derivation part 124:23
318.lammps 4 - intro to fix commands for pour case24:21
319.OpenFOAM Intermediate - 59 making a new branch in git24:21
320.OpenFOAM Intermediate - 97 salome openfoam no boundary layer example case uploaded24:20
321.Turbulence Modelling 79 - Natural Convection vs Forced Convection Wall Functions24:20
322.Turbulence Modelling 103 - Updates, Bugs and Batchelor Scales24:19
323.matlab frequency response tools part 4 non uniform FFT query points and subtracting out DC signal24:17
324.Introduction to material phenomena in nuclear environments 7 - kinchin pease model24:15
325.OpenFOAM Intermediate - 86 freeCAD semicircles datum line revolution and polar pattern24:15
326.OpenFOAM for Beginners win10 4 - Running Tutorial Files with Allrun24:14Tutorial
327.Turbulence Modelling 58 - Introduction to LES RANS Hybrid Modelling and Detached Eddy Simulation24:12
328.OpenFOAM Application Editing 3 - namespace Foam, foamNewApp and basic scalar math24:11
329.OpenFOAM Intermediate - 90 snappyHexMesh Heat Exchanger shape24:10
330.OpenFOAM Intermediate - 64 snappyHexMesh add layers part ii24:07
331.Radiation Heat Transfer Learning Journal 24 - RTE steady state criteria24:05
332.OpenFoam Application Editing 13 - what is tmp and autoPtr? A Conceptual Introduction24:03
333.Turbulence Modelling 101 OpenFOAM Example Case Discussion and lowering Re for DNS24:02Discussion
334.Labview Control Design and Simulation 9 Simulation Subsystems23:58
335.Linux Mint 1 - Introduction and Installation Links23:57
336.basic samba 2 - hosting a shared folder using samba23:56
337.Playing with NIDAQmx 3 - github repo, examples and fiddling around with channel name collection23:56
338.Radiation Heat Transfer Learning Journal 39 - Moment Method Part iv gist of Generalisation to 3D23:51
339.Radiation Heat Transfer Learning Journal 22 - Radiation Transfer Equation iv23:50
340.Turbulence Modelling 54 - LES k equation model introduction23:50
341.basic samba 1 - what is samba and how to start it23:49Tutorial
342.OpenFoam Heat Transfer 67 - externalWallHeatFlux and other BCs23:45
343.Fluid Mechanics Laminar BL Equation 22 von karman BL thickness and friction coeff23:45
344.pythonStuff - templateFile explanation part 1 dynamic imports23:44
345.OpenFoam Heat Transfer 70 - buoyantBoussinesqPimpleFoam more stable than buoyantPimpleFoam23:41
346.Radiation Heat Transfer Learning Journal 12 - heat trf between black surfaces iii23:41
347.Turbulence Modelling 11 - Large Eddy Simulations 4 Smagorinsky Model23:39
348.Labview Frequency Analysis and Fun 4 - more on FFT What is sampling rate and FFT size?23:38
349.OpenFOAM Intermediate - 71 LES type simulations and syntax kOmegaSSTIDDES and SpalartAllmarasIDDES23:38
350.Radiation Heat Transfer Learning Journal 4 - blackbody emissive spectrum23:37
351.labview freq response demo 11 timed MLS PRBS sequences labview simulation23:37
352.OpenFoam Heat Transfer 21 - chtMultiRegionSimpleFoam tutorial discussion 123:36Discussion
353.Turbulence Modelling 43 - Spalart Allmaras Model Viscous Sublayer and Numerical Stability Trip Term23:35
354.OpenFoam Heat Transfer 28 - chtMultiRegionFoam tutorial discussion surfaceFeatureExtract23:35Discussion
355.Intro to Fluid Mechanics 8 - Scaling and Dimensional Analysis Part II23:34
356.Linux Mint 4 - Conversion of Word to LaTeX part ii Biber and TeXMaker23:33
357.OpenFOAM Intermediate - 85 freeCAD lines and constraints (sketcher toolbox)23:32
358.spiceSharpFluidFLowSolver 21 - BasePipe Class Intro23:28
359.OpenFoam application editing 11 - introduction to class templates in OpenFoam Code23:27
360.spiceSharpFluidFLowSolver 19 - source code for pipeFactory Classes23:25
361.Radiation Heat Transfer Learning Journal 34 - RTE analytical solution 1D plane part v23:25
362.neovim on windows 2 - nerdtree grubox airline and git gutter23:24
363.Convection Heat Transfer Forced Convection Boundary Layer 11 Integral Solution final form23:24
364.Turbulence Modelling 69 - Heat Transfer Energy Equation Revision23:22
365.Turbulence Modelling 59 - Spalart Allmaras DES Model and what is the difference between DES and VLES23:22
366.Turbulence Modelling 91- DNS LES and RANS mesh sizing in Kolmogorov length scale and wall units23:21
367.OpenFoam Intermediate 116 - making the liveDemoCylinderClass more modular and object oriented part i23:19
368.matlab frequency response tools part 14 example with PRBS frequency response configuring bode plots23:17
369.rs simulation learning journal 2 - static typing, basic math and using compiler help23:16Let's Play
370.playing with dotnet core 30 - databases part 3 messing around with table creation and deletion23:14
371.OpenFOAM Bash 2 - functions23:12
372.OpenFOAM Intermediate - 95 solving the NgException issue and basics of netgen meshing23:11
373.Fluid Mechanics Laminar BL Equation 6 similarity solution streamfunction23:10
374.Linux Mint 7 - More Cloud Storage with rclone and github23:08
375.Introductory C++ for OpenFoam 18 - makefiles working with variables23:08
376.Turbulence Modelling 102 - OpenFOAM Example Practical DNS and LES Mesh Sizing with 8GB Ram23:08
377.Convection Heat Transfer Forced Convection Boundary Layer 16 Nusselt Number and Mistake Correction23:07
378.Radiation Heat Transfer Learning Journal 15 - Heat Transfer Between Gray Diffuse Surfaces23:06
379.rust opcua - use closures (polling actions) to modify opcua variable values23:06
380.OpenFOAM Bash 9 - case structures and for loops23:04
381.OpenFOAM Intermediate - 79 snappyHexMesh with freeCAD mesh with multiple obj or stl surfaces23:03
382.Navier Stokes 1 (Mass Balance)23:02
383.Turbulence Modelling 76 - Turbulent Pr Correlations Near Wall Oil & Water and Effect of Constant Prt23:01
384.Turbulence Modelling 45 - LES Dynamic Smagorinsky Motivations and Basic Concepts23:01
385.OpenFOAM Bash 1 - Introduction echo, unset, python math23:00
386.OpenFOAM Intermediate - 100 heat exchanger with piping (editing BCs and polyDualMesh feature angle)23:00
387.OpenFOAM Intermediate - 102 heat Exchanger stable cases uploaded and limitations of cyclic AMI23:00
388.Introductory C++ for OpenFoam 13 - variable encapsulation constructors and destructors22:59
389.lammps 1 - install in archlinux container barebones lammps22:59
390.Turbulence Modelling 33 - kOmegaSST Model part iii Blending Functions and Wall Functions22:57
391.Turbulence Modelling 20 - Surface Roughness in log law of the wall part iii nikuradse paper22:56
392.rust opcua print your endpoint periodically22:56
393.playing with dotnet core 83 - Intro to EngineeringUnits Nuget Package (install, convert units)22:54
394.OpenFOAM Intermediate - 49 Introduction to pimpleFoam part iii pimpleFoam algorithm introduction22:53
395.exploring asyncio opcua in python 4 - exploring server constructor, init functions and source code22:52
396.Introductory C++ for OpenFoam 12 - basic introduction to classes (basic code demonstration)22:52
397.Labview Frequency Analysis and Fun 6 - Nyquist Frequency Intuition and Get WaveForm components22:52
398.Turbulence Modelling 95 - Validating Smallest Near Wall Scale Estimation Techniques for Natural Conv22:51
399.rs simulation learning journal 1 - hello world vscode22:46
400.Turbulence Modelling 25 - Surface Roughness in log law of the wall part viii OpenFoam Example22:45