Theo Ong Science and Engineering

Theo Ong Science and Engineering

Views:
743,833
Subscribers:
9,750
Videos:
965
Duration:
14:00:51:00
Singapore
Singapore

Theo Ong Science and Engineering is a Singaporean content creator on YouTube with approximately 9.75 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



All Videos by Theo Ong Science and Engineering



PublishedVideo TitleDurationViewsCategoryGame
2020-07-21OpenFOAM Intermediate - 71 LES type simulations and syntax kOmegaSSTIDDES and SpalartAllmarasIDDES23:38491
2020-07-21OpenFOAM Intermediate - 70 comparing wall shear stress values to Moody Chart19:04853
2020-07-21OpenFOAM Intermediate - 69 surfaceFieldValue areaAverage functionObject22:291,275
2020-07-21OpenFOAM Intermediate - 68 wall Shear Stress functionObject20:163,803
2020-07-21OpenFOAM Intermediate - 67 RANS BCs for nuTilda and calculated entries22:45505
2020-07-21OpenFOAM Intermediate - 66 kOmegaSST model RANS BCs and SpalartAllamaras model17:261,694
2020-07-21OpenFOAM Intermediate - 65 snappyHexMesh layer addition summary and kOmegaSST model RANS20:29356
2020-07-21OpenFOAM Intermediate - 64 snappyHexMesh add layers part ii24:07354
2020-07-21OpenFOAM Intermediate - 63 snappyHexMesh add layers part i19:15715
2020-07-20OpenFOAM Intermediate - 62 applying colour scheme to patches and changing Patch Names26:15233
2020-07-20OpenFOAM Intermediate - 61 Intro to changeDictionary18:38537
2020-07-15OpenFOAM Intermediate - 60 resize/separate inlet/outlet patches with autoPatch and transformPoints31:051,009
2020-07-15OpenFOAM Intermediate - 59 making a new branch in git24:21114
2020-07-14OpenFOAM Intermediate - 58 cleaning up Git history part ii git gc git reflog24:29114Vlog
2020-07-14OpenFOAM Intermediate - 57 cleaning up Git Repository History25:49122
2020-07-14OpenFOAM Intermediate - 56 More Videos Ahead...19:14184
2020-07-01Radiation Heat Transfer Learning Journal 41 - Spherical Harmonics Part ii Convert to Legendre's ODE19:14114
2020-06-30Radiation Heat Transfer Learning Journal 40 - Spherical Harmonics Part i30:0482
2020-06-30Radiation Heat Transfer Learning Journal 39 - Moment Method Part iv gist of Generalisation to 3D23:5129
2020-06-30Radiation Heat Transfer Learning Journal 38 - Moment Method Part iii two flux method15:0961
2020-06-30Radiation Heat Transfer Learning Journal 37 - Moment Method Part ii17:1972
2020-06-30Radiation Heat Transfer Learning Journal 36 - Moment Method Part i21:4170
2020-06-30Linux Mint 11 - Fun and Games (Bloons TD 6, Steam, CounterStrike, etc)27:38623Bloons TD 6
2020-06-30Linux Mint 10 - common bugs nvidia drivers eg. driver signing issue20:52263
2020-06-28Linux Mint 9 - LifeStyle Apps Zoom, video editors, nvidia prime15:48115
2020-06-28Turbulence Modelling 104 - More Updates and Bugs Large Eddy Simulation16:29136
2020-06-28Turbulence Modelling 103 - Updates, Bugs and Batchelor Scales24:19129
2020-06-28Linux Mint 8 - OpenFoam v1912 and Paraview Install no docker25:121,396
2020-06-28Linux Mint 7 - More Cloud Storage with rclone and github23:0861
2020-06-28Linux Mint 6 - Cloud Storage Google Drive with rclone19:38452
2020-06-25Linux Mint 5 - Conversion of Word to LaTeX part iii Mendeley, Biber and TeXMaker26:17122
2020-06-25Linux Mint 4 - Conversion of Word to LaTeX part ii Biber and TeXMaker23:3351
2020-06-24Linux Mint 3 - Conversion of Word to LaTeX part i22:26194
2020-06-22Linux Mint 2 - Word Editors (LibreOffice, MS word and LaTeX)25:25147
2020-06-19Linux Mint 1 - Introduction and Installation Links23:57266
2020-06-03Turbulence Modelling 102 - OpenFOAM Example Practical DNS and LES Mesh Sizing with 8GB Ram23:08547
2020-06-03Turbulence Modelling 101 OpenFOAM Example Case Discussion and lowering Re for DNS24:02595Discussion
2020-06-03Turbulence Modelling 100 - OpenFOAM Example fvSolutions and data Sampling across a line functionObj24:24282
2020-06-03Turbulence Modelling 99 - OpenFOAM Example fvSolutions and Brief Discussion on Solvers22:32480Discussion
2020-06-03Turbulence Modelling 98 - OpenFOAM Example Boundary Conditions fvSchemes fvSolutions21:04468
2020-06-03Turbulence Modelling 97- OpenFOAM mesh size timestep Co Number and BlockMesh (note RAM requirements)21:11178
2020-06-03Turbulence Modelling 96 - OpenFOAM Example Mixed Convection Getting DNS Scales21:55232
2020-05-22Turbulence Modelling 95 - Validating Smallest Near Wall Scale Estimation Techniques for Natural Conv22:51101
2020-05-22Turbulence Modelling 94 - Smallest Near Wall Scale Estimates for Natural Convection Example20:0577
2020-05-22Turbulence Modelling 93 - Comparing Kolmogorov Scales to Dimensionless Wall Units Example26:18194
2020-05-21Turbulence Modelling 92 - Batchelor and Kolmogorov smallest Scales in Natural Convection21:09185
2020-05-20Turbulence Modelling 91- DNS LES and RANS mesh sizing in Kolmogorov length scale and wall units23:21613
2020-05-20Turbulence Modelling 90 - Kolmogorov Scales in terms of Reynolds Number21:03636
2020-05-20Turbulence Modelling 89 - Meshing Guidelines and Kolmogorov Scales20:24258
2020-05-18Turbulence Modelling 88 - OpenFoam Jayatilleke Wallfunction and LES Natural Convection20:14423
2020-05-18Turbulence Modelling 87 - Mixed Convection Wall Behaviour and OpenFoam Equations for Heat Transfer20:36194
2020-05-18Turbulence Modelling 86 - IDDES Mixed Opposing and Aiding Convection and PL DDES21:5162
2020-05-18Turbulence Modelling 85 - LES Mixed Opposing and Aiding Convection DNS comparison and Friction Re No25:0142
2020-05-18Turbulence Modelling 84 - LES Mixed Convection HVAC experimental data comparison and Richardson No.21:44112
2020-05-15Turbulence Modelling 83 - LES Fires & Aiding Mixed Convection Good Results w/ kEqn & Dynamic Models24:2479
2020-05-15Turbulence Modelling 82 - LES Natural Convection and Good Performance with Smagorinsky Model20:5294
2020-05-15Turbulence Modelling 81 - LES Difficulties with Near Wall Forced Convection Modelling22:1984
2020-05-15Turbulence Modelling 80 - LES Convection Intro and LES Turbulent Prandtl Number Overview22:00149
2020-05-14Turbulence Modelling 79 - Natural Convection vs Forced Convection Wall Functions24:20128
2020-05-14Turbulence Modelling 78 - Natural Convection Wall Functions21:54105
2020-05-14Turbulence Modelling 77 - Turbulent Pr Difficulties with Near Wall Measurements and Empirical Models24:3563
2020-05-13Turbulence Modelling 76 - Turbulent Pr Correlations Near Wall Oil & Water and Effect of Constant Prt23:0169
2020-05-12Turbulence Modelling 75 - Turbulent Pr Correlations for Near Wall Liquid Metals and Oil21:2748
2020-05-12Turbulence Modelling 74 - Heat Transfer near wall model for turbulent Pr derivation Bejan Textbook28:1093
2020-05-12Turbulence Modelling 73 - Heat Transfer near wall model for turbulent Pr24:4979
2020-05-12Turbulence Modelling 72 - Heat Transfer turbulent Pr and importance of near wall region25:31153
2020-05-11Turbulence Modelling 71 - Heat Transfer Energy Equation LES filtering and alphat22:33126Let's Play
2020-05-11Turbulence Modelling 70 - Heat Transfer Energy Equation RANS Time Averaging22:45251
2020-05-11Turbulence Modelling 69 - Heat Transfer Energy Equation Revision23:22185
2020-05-07Turbulence Modelling 68 - k Omega IDDES Model Blending Functions and Simplified IDDES17:44245
2020-05-07Turbulence Modelling 67 - k Omega SST DDES and IDDES Model Introduction and Blending Functions21:16629
2020-05-06Turbulence Modelling 66 - Spalart Allmaras Improved Detached Eddy Simulation SA IDDES Blending Funcs26:31272
2020-05-06Turbulence Modelling 65 - Spalart Allmaras Improved Detached Eddy Simulation SA IDDES Introduction22:41519
2020-05-05Turbulence Modelling 64 - SA DES Model Tweaks low Re correction30:39143
2020-05-05Turbulence Modelling 63 - SA DES Model Tweaks - DDES Blending Functions Discussed28:43192
2020-05-04Turbulence Modelling 62 - SA DES Model Tweaks - DDES Model Stress Depletion MSD21:48219
2020-05-04Turbulence Modelling 61 - SA DES Model Tweaks - DDES preliminary concepts20:47222
2020-05-01Turbulence Modelling 60 - k Omega SST DES Model Overview26:21709
2020-05-01Turbulence Modelling 59 - Spalart Allmaras DES Model and what is the difference between DES and VLES23:22456
2020-05-01Turbulence Modelling 58 - Introduction to LES RANS Hybrid Modelling and Detached Eddy Simulation24:121,260
2020-05-01Turbulence Modelling 57 - LES WALE Wall Adapting Local Eddy Viscosity Qualitative Overview part ii13:33304
2020-05-01Turbulence Modelling 56 - LES WALE Wall Adapting Local Eddy Viscosity Qualitative Overview part i20:30690
2020-04-30Turbulence Modelling 55 - LES k equation model rough concept plus a few notes on dynamic k Eqn28:06179
2020-04-29Turbulence Modelling 54 - LES k equation model introduction23:50278
2020-04-28Turbulence Modelling 53 - LES Dynamic Smagorinsky Lilly Least Squares Method for Cd25:59271
2020-04-28Turbulence Modelling 52 - LES Dynamic Smagorinsky Guessing Cd with filtered velocities24:36201
2020-04-28Turbulence Modelling 51 - LES Dynamic Smagorinsky Germano's Identity20:01352
2020-04-27Turbulence Modelling 50 - LES Dynamic Smagorinsky Leonard Decomposition and Double Filtering26:05327
2020-04-27Turbulence Modelling 49 - LES Dynamic Smagorinsky Filtering Procedure In Detail26:33552
2020-04-27Turbulence Modelling 48 - LES Dynamic Smagorinsky Filtering Procedure Preliminary Steps Part ii22:34273
2020-04-27Turbulence Modelling 47 - LES Dynamic Smagorinsky Filtering Procedure Preliminary Steps27:07348
2020-04-27Turbulence Modelling 46 - LES Dynamic Smagorinsky Filtering and Frequency Plots14:57377
2020-04-23Turbulence Modelling 45 - LES Dynamic Smagorinsky Motivations and Basic Concepts23:01629
2020-04-22Turbulence Modelling 44 - Spalart Allmaras Model Numerical Stability Trip Terms17:30176
2020-04-22Turbulence Modelling 43 - Spalart Allmaras Model Viscous Sublayer and Numerical Stability Trip Term23:35278
2020-04-22Turbulence Modelling 42 - Spalart Allmaras Model Wall Treatment log law region21:57257
2020-04-22Turbulence Modelling 41 - Spalart Allmaras Model Production and Diffusion Terms24:30548
2020-04-21Turbulence Modelling 40 - kOmegaSST Model part x Production Limiter Menter 200316:11134
2020-04-21Turbulence Modelling 39 - kOmegaSST Model part ix Production Limiter (Menter 1994)33:48102
2020-04-20Turbulence Modelling 38 - kOmegaSST Model part viii Blending Functions and Wall Functions13:25106