Download presentation
Presentation is loading. Please wait.
Published byDarrell Garrison Modified over 8 years ago
1
11/17/2014PHY 711 Fall 2014 -- Lecture 351 PHY 711 Classical Mechanics and Mathematical Methods 10-10:50 AM MWF Olin 103 Plan for Lecture 35: Chapter 11 in F & W: Heat conduction
2
11/17/2014PHY 711 Fall 2014 -- Lecture 352
3
11/17/2014PHY 711 Fall 2014 -- Lecture 353 Conduction of heat jhjh T(r,t)
4
11/17/2014PHY 711 Fall 2014 -- Lecture 354 Conduction of heat -- continued heat flux heat source
5
11/17/2014PHY 711 Fall 2014 -- Lecture 355 Conduction of heat -- continued Typical values (m 2 /s) Air 2x10 -5 Water 1x10 -7 Copper 1x10 -4
6
11/17/2014PHY 711 Fall 2014 -- Lecture 356 Boundary value problems for heat conduction a T0T0 b c
7
11/17/2014PHY 711 Fall 2014 -- Lecture 357 Boundary value problems for heat conduction a T0T0 b c Assuming thermally insulated boundaries
8
11/17/2014PHY 711 Fall 2014 -- Lecture 358 Boundary value problems for heat conduction a T0T0 b c
9
11/17/2014PHY 711 Fall 2014 -- Lecture 359 Boundary value problems for heat conduction a T0T0 b c
10
11/17/2014PHY 711 Fall 2014 -- Lecture 3510 Initial value problem in an infinite domain; Fourier transform
11
11/17/2014PHY 711 Fall 2014 -- Lecture 3511 Initial value problem in an infinite domain; Fourier transform
12
11/17/2014PHY 711 Fall 2014 -- Lecture 3512 Initial value problem in an infinite domain; Fourier transform
13
11/17/2014PHY 711 Fall 2014 -- Lecture 3513 Heat equation in half-space
14
11/17/2014PHY 711 Fall 2014 -- Lecture 3514 Heat equation in half-space -- continued
15
11/17/2014PHY 711 Fall 2014 -- Lecture 3515 t=0.01 t=3 t=50
Similar presentations
© 2025 SlidePlayer.com. Inc.
All rights reserved.