![Avez Shariq](/img/default-banner.jpg)
- 49
- 92 877
Avez Shariq
India
เข้าร่วมเมื่อ 14 ส.ค. 2009
Mechanical Engineering stuff
วีดีโอ
Convection Heat Transfer
มุมมอง 3K4 ปีที่แล้ว
The video talks about 1. Convection heat transfer coefficient 2. Newton's law of cooling 3. Natural / Free convection 4. Forced convection
Fourier's law of heat conduction
มุมมอง 9K4 ปีที่แล้ว
This video talks about 1. Fourier's law of heat conduction 2. lattice vibrations 3. electron interactions 4. coefficient of thermal conductivity
Introduction to Heat Transfer
มุมมอง 2184 ปีที่แล้ว
This video talks about 1. Introduction to Heat transfer 2. Difference between thermodynamics and Heat Transfer 3. Steady and unsteady flow 4. Uniform and Non uniform flow 5. 1D, 2D and 3D flow Don't forget to leave a suggestion ! Intro Music : freesound.org/s/517863/
Parallel flow (Pipe in Pipe)
มุมมอง 894 ปีที่แล้ว
This video shows a CFD analysis of Parallel flow in Pipe in pipe arrangement
Counter flow (pipe in pipe)
มุมมอง 644 ปีที่แล้ว
The video shows a CFD Transient analysis of counter flow in a simple Pipe in Pipe flow
Simple Cubic Lattice Structure
มุมมอง 1664 ปีที่แล้ว
The video shows how atoms are stacked up in a simple cubic lattice crystal structure
Single Point Cutting Tool - Signature (in order)
มุมมอง 33K4 ปีที่แล้ว
This video shows the tool nomenclature in order, hence forming the signature
Most satisfying video
Excellent work 🎉
Awesome ! ☺️
Excellent video, perfectly explained!
Perfectly explained 💪
You explain a thing in 1:15 min which my professor take 2 hours class
Simplicity
Thank you
Thanks
Maja nhi aya 😢
Thank you sir
Help full ❤
Max information with out saying one word also ❤❤❤
❤❤❤
Bhai 🤯 amazing! Thanks for your time and effort!
Bhai who are you ?. 😮😮😮 Made it soo much simple ! Amazing man ! We wish you upload more content and help the learning intention of viewers Amazing work ❤
It's Hexagon.
❤
Perfect ❤
Excellent. You made it easy to understand the complex tool geometry. Thank you so very much sir 🌻
Best video for physical understanding of phenomena
👍⚡️
Too good really too god Thanks 🙏🏻🙏🏻
Very nice 👍
🥰🥰🥰
Informative 🙌🔥
Big fan💥💥
Thank you for this short, simple but extremely informative video.
voice low but awesome video
Nice explanation Thank you☺
This should be a full course. Excellent work sir
Which softwares are used ?
www.blender.org/
Sir❤️ Ek video milling cutters bhi dal dijiye na
Best demonstration ever seen!
Thank you so much! I just want to know what exactly is bulk motion? and will it still be convection if it only has fluid but without the solid boundary?
Awesome
Run this code in Matlab / Octave to get these results
very helpful Thank you very much
clear all clc function [thetadot] = pend(t,theta) % Constants m = 1; b = 0.05; L = 1; g = 9.81; thetadot = zeros(2,1); thetadot(1) = theta(2); thetadot(2) = -(b/m)*theta(2) - (g/L)*sin(theta(1)); end % Initial Conditions init = [0, 3]; % Interval interval = linspace(0, 20, 20*24); % 20 seconds x 24 frames per second % Solve [t, theta] = ode45('pend', interval, init); for i=1:length(theta) % Vertical Reference Line x = [0; 0]; y = [0; -1]; % Pendulum Position x_p = [0; sin(theta(i,1))]; y_p = [0; - cos(theta(i,1))]; plot(x,y,x_p, y_p,'LineWidth', 2, x_p(2), y_p(2), 'o', 'MarkerSize', 20, x_p(2), y_p(2), '*', 'MarkerSize', 20) time = round(t(i)); text(-1.2, 1.2, ['Time = ', num2str(time) ]) xlim([-1.5 1.5]) ylim([-1.5 1.5]) legend('Vertical Line', 'Pendulum Position') title('Position of Pendulum') % For Saving File % saveas(gcf,[ num2str(i) '.jpg']); end
very nice ❤ which program used for doing this animation ?
Matlab / Octave
So informative.. Thanks sir
Omg 7 years and no views
What kind of math you used 🤔
It's actually done in animation software, not using complex equations
Very smooth perfectly in sink with motion of camera .
nice explanation
Thanks
Thank you very much for the nice explanation.
Great work. Thank you!
SUPER SIR
Awesome man.👏👏
is it possible to obtain 0 k
Practically we can't. To make all particles stationary, we have to completely remove the energy it has. Since no machine has 100% efficiency, or, no machine can just take all energy from the particles and deliver all that energy to another heat reservoir, it can't be done.
Ultimate bhai. 100000000000 like Clear all my doubt