Theo Ong Science and Engineering

Theo Ong Science and Engineering

Views:
743,884
Subscribers:
10,000
Videos:
965
Duration:
14:00:51:00
Singapore
Singapore

Theo Ong Science and Engineering is a Singaporean content creator on YouTube with approximately 10 thousand subscribers. He published 965 videos which altogether total at least 743.88 thousand views.

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





Top 400 Most Controversial Videos by Theo Ong Science and Engineering


Video TitleRatingCategoryGame
301.Convection Heat Transfer Natural Convection BL 3 Scale analysis energy and continuity equation1
302.OPCUA NetStandard2 0 reference server in archlinux docker container1
303.Convection Heat Transfer Example Pipe Flow part 2 Turbulent Calcs1
304.Turbulence Modelling 83 - LES Fires & Aiding Mixed Convection Good Results w/ kEqn & Dynamic Models1
305.Intro to Material Phenomena in Nuclear Environments 5 - extracting cross section data from nndc1
306.Turbulence Modelling 61 - SA DES Model Tweaks - DDES preliminary concepts1
307.playing with dotnet core 70 - a little on xUnit Tests part 21
308.Chemostat v1
309.Convection Heat Transfer - Example Pipe Flow Part 1 Calcs (Mistake - Laminar)1
310.GRE Analytical Writing Analyse an Argument Task Timed Screencast1
311.OpenFoam Heat Transfer 36 - chtMultiRegionFoam hot sphere in oil part vii fvSolutions1
312.Fluid Mechanics Laminar BL Equation 18 von karman integral solution bernoulli's equation1
313.OpenFOAM Intermediate - 108 creating a test class to facilitate tests1
314.manjaro tricks - stream video from one pc to another using obs ndi1
315.Derivatives of thermodynamic properties part iii Gibbs Free Energy G and Hemholtz Energy A1
316.Radiation Heat Transfer Learning Journal 38 - Moment Method Part iii two flux method1
317.OpenFoam Heat Transfer 47 - troubleshooting a bad mesh part ii (is fvSchemes the problem?)1
318.labview freq response demo 2 write waveform to excel file1
319.Convection Heat Transfer Natural Convection BL 10 integral soln substitute velocity profile1
320.rs simulation learning journal 5 - newton's law of cooling example crates, strings and csv exports1
321.Introduction to material phenomena in nuclear environments 18 - solid fission product behaviour1
322.exploring asyncio opcua in python 7 - installing opcua client on windows using winpython1
323.Fluid Mechanics Laminar BL Equation 21 - von karman integral solution Pohlhausen BL integral1
324.Labview Control Design and Simulation 7 case structures and first order with delay1
325.OPCUA NetStandard2.0 3 - using the Net Standard Model Compiler EXE using CLI (compiling in next vid)1
326.1 min Excel - Data Filters1
327.spiceSharpFluidFLowSolver 18 - test methodology for pipe Factory and churchill correlation1Vlog
328.autocompletion in vim ctrl N or ctrl P in insert mode1
329.Introduction to material phenomena in nuclear environments 10- neutron damage: fate of frenkel pairs1
330.Introduction to material phenomena in nuclear environments 7 - kinchin pease model1
331.Laplace Transforms 1 - basic intuition and derivation of laplace transforms1
332.playing with dotnet core 21 - dependency injection part 2 making a class with some dependencies1
333.spiceSharpFluidFLowSolver 17 - MockPipe Class, changing base parameters1
334.Fluid Mechanics Laminar BL Equation 17 von karman integral solution correcting careless mistake1
335.Navier Stokes 41
336.Radiation Heat Transfer View Factor 4 (example problem)1
337.Radiation Heat Transfer Learning Journal 21 Radiation Transfer Equation iii1
338.Radiation Heat Transfer Learning Journal 2 - Blackbody Introduction1
339.Enzyme Kinetics - Michaelis Menten Eq Derivation Part I1
340.Introduction to material phenomena in nuclear environements 6 - electronic stopping1
341.exploring asyncio opcua in python 6 - demo:python server calculating darcy friction factor with rust1
342.playing with dotnet core 72 - accessing names and values of XElements in XDocuments1
343.matlab frequency response tools part 5 demo of nufft script1
344.labview freq response demo 6 square waves vs sine waves freq response1
345.playing with dotnet core 50 - dataStorage17 AddDbContext AddDbContextPool for dependency injection1
346.playing with dotnet core 5 - quick intro to git1
347.Introduction to material phenomena in nuclear environments 9 - dpa calculation with displacement Xs1
348.playing with dotnet core 63 - fumbling around with code refactoring pipe vb using mind mapping1
349.Convection Heat Transfer Natural Convection BL 13 integral solution integrating energy and momentu1
350.HYSYS Methanol Production from Flue Gas 7 - Heat Exchanger 2 (Rigourous)1
351.Fluid Mechanics Laminar BL Equation 16 von karman integral solution taking limits1
352.Boundary Value Problems for Heat Transfer Variation of Parameters Refresher II 1st order ODE1
353.OpenFoam Heat Transfer 45 - chtMultiRegionFoam hot sphere in oil validation part iv1
354.Take it Easy VBA Visual Basic for Applications - Part 1 Enabling VBA1
355.Derivatives of Thermodynamic Properties part ii Internal Energy U and Entropy S1
356.OpenFoam Heat Transfer 61 - increasing Co for stability and results comparison for hot sphere case1
357.Fluid Mechanics Laminar BL Equation 5 BL equations fully derived1
358.Uncertainty Propagation Python Metrolopy - basics1
359.Convection Heat Transfer Natural Convection BL 2 Simplifying Down the NS equations1
360.Turbulence Modelling 80 - LES Convection Intro and LES Turbulent Prandtl Number Overview1
361.Radiation Heat Transfer Learning Journal 12 - heat trf between black surfaces iii1
362.OPCUA NetStandard2 0 1 - where to find the while loop in the server and print output1
363.Turbulence Modelling 103 - Updates, Bugs and Batchelor Scales1
364.Radiation Heat Transfer Learning Journal 17 Gray Surfaces Electrical Network Analogy ii1
365.Enzyme Kinetics Derivation - Non Competitive Inhibition Part II1
366.Compiling CoolProp Libraries on Arch Linux Aug 20221Let's Play
367.crate spotlight - custos for opencl based math operations1
368.Intro to Fluid Mechanics 5 - manometers1
369.Labview Frequency Analysis and Fun 5 - more on FFT How to relate frequency bin to absolute frequency1Tutorial
370.Radiation Heat Transfer Learning Journal 40 - Spherical Harmonics Part i1
371.add arrow to libreoffice calc chart1
372.rust documentation demo 2 - my preferreed way of running documentation tests2
373.Convection Heat Transfer Natural Convection BL 1 Preliminaries1
374.Turbulence Modelling 93 - Comparing Kolmogorov Scales to Dimensionless Wall Units Example1
375.Convection Heat Transfer Natural Convection BL 4 High Pr Case1
376.Convection Heat Transfer Natural Convection BL 9 Integral solution Momentum equation1
377.Laplace Transforms 3 - deriving complex exponentials1
378.Radiation Heat Transfer Learning Journal 22 - Radiation Transfer Equation iv1
379.OpenFoam Heat Transfer 72 - chtMultiRegionFoam buoyantPimpleFoam half stabilised constant density1
380.Turbulence Modelling 44 - Spalart Allmaras Model Numerical Stability Trip Terms1
381.Radiation Heat Transfer View Factor 2 (Intensity)1
382.Radiation Heat Transfer Learning Journal 20 - Radiation Transfer Equation ii1
383.Thermodynamics - State Property Changes for Ideal Gas H, U, S (Derivation)1
384.Introduction to material phenomena in nuclear environments 17 - fuel chemistry during fission1
385.Introduction to Parity Plots in catalysis context1
386.manjaro tricks - add line numbering to vim1
387.Wacky Designs and Ideas - Nuclear Waste for Hydrocracking1
388.Turbulence Modelling 73 - Heat Transfer near wall model for turbulent Pr1
389.Radiation Heat Transfer Learning Journal 14 - Introduction to Radiosity1
390.Turbulence Modelling 85 - LES Mixed Opposing and Aiding Convection DNS comparison and Friction Re No1
391.Radiation Heat Transfer Learning Journal 26 - Physical Meaning of RTE solution1
392.playing with dotnet core 55 - making tables look nicer with bootstrap for razor pages1
393.Radiation Heat Transfer View Factor 3 (Derivation)1
394.Turbulence Modelling 84 - LES Mixed Convection HVAC experimental data comparison and Richardson No.1
395.Turbulence Modelling 38 - kOmegaSST Model part viii Blending Functions and Wall Functions1
396.Boundary Value Problems for Heat Transfer Variation of Parameters Refresher I 1st order ODE1
397.Turbulence Modelling 78 - Natural Convection Wall Functions1
398.Turbulence Modelling 30 - kOmega Model part iv1
399.Introduction to material phenomena in nuclear environments 16 - fuel microstructure changes1
400.Introduction to material phenomena in nuclear environments 13 - intro to fuel behaviour1