MATLAB Script
%%
clear
clc
a = 5;
b = 4;
T1= 80;
x = 0:a/19:a;
y = 0:b/15:b;
n = 10; %Number of Fourier terms
T_temp = zeros(n,1);
T = zeros(length(y),length(x));
for i = 1:length(y)
for j = 1:length(x)
for k = 1:n
T_temp(k) =
(sin((2*k-1)*(pi*x(j)/a))*sinh((2*k-1)*(pi*y(i)/a)))/((2*k-1)*sinh((2*k-1)*(pi*b/a)));
T(i,j) = (4*T1/pi)*sum(T_temp);
end
end
end
%% Plotting the graph
s = surf(x,y,T);
colormap('jet')
s.EdgeColor = 'none';
S.facecolor = 'interp';
xlabel 'x (m)'
ylabel 'y (m)'
zlabel 'T (deg. C)'
Graph:
Question 1: Three edges of a rectangular plate (a 5 m, b 4 m) are kept at a temperature of O C an...
Consider the steady temperature T (2,y) in a rectangular plate that occupies 0 <<< 9 and 0 <y<5, which is heated at constant temperature 150 at 9 and 0 along its other three sides. (a) For separation solutions T(1,y) = F(x)G(y), you are given that admissible F(1) are the eigenfunctions Fn (1) = sinh(An I) for n=1,2,... and G(y) are the eigenfunctions Gn(y) = sin(Any) for n=1,2,... A for In = (b) The solution is the superposition T(z,y) = an...
1. Consider a thin rectangular plate in the ry-plane, the figure. The PDE describing the temperature of the plate is the heat equation shown in as 0 xa, 0< y < b, t>0. D + at where u(x, y, t) is the temperature at point (x, y) diffusivity at time t andD> 0 is the thermal (a) Suppose that the solution to the PDE (once we impose initial and boundary con ditions) reaches equilibrium when t o, that is there...
11. Consider a thin, infinitely long rectangular plate that is free of heat sources, as shown below. For a thin plate, is negligible, and the temperature is a function of x and y only. The solution for this problem is best obtained by considering scaled temperature (ie. 1-T - To, where To is the absolute temperature at T-0) variables, so that the two edges of the plate have "zero-zero" boundary conditions and the bottom of the plate is maintained at...
11. The figure shows the contour map of the function T (in "C giving the temperature at each point (r, y) on an 8cm x 5 cm rectangular metal plate. Use it to estimate the rate of change of the temperature at the point (3,2)in the positive r-direction and in the positive y-direction. 4 75 80 105 00 9508:s 0
11. The figure shows the contour map of the function T (in "C giving the temperature at each point (r,...
The temperature in a rectangular plate is described by the function below: f(x, y) = x^3 + 4x^2y^2 - y^3 Plot the function to show the temperature profile Estimate the average temperature defined as f = Integral_c^d (Integral_a^b f(x, y)dx)dy/(d-c)(b-a) Where a = 0; b = 3; c = -1; d = 2; Using a single application of the Simpson's 3/8 method in all directions Using two (n=2) applications of the trapezoid rule in all directions Estimate the Percent Relative...
y(m) 1. (10 points) The temperature of a plate in the ry-plane is given by 3 48 2 T(x, y) x2 2y2 2 1 T is in degrees Celsius (°C) and x, y are in meters (m). A contour plot of T(x, y) is shown at right. -3 -2 4 3 4 (a) At the point (-2,1) draw and label a vector in the direction 6 of VT(-2, 1 8 4 (b) At (-2, 1) draw and label both vectors...
2. A rectangular plate with sides 6 m and 4 m of thickness l 12 mm (Fig. 1) is subjected to the stresses σο Ơy and Fry. An Airy stress function is proposed to be φ = 12x3y. (a) Is φ a possible valid Airy stress function? Prove your answer by a calculation. (b) If φ is valid, determine the values of stresses (Ox, σ, and τ, at point (xy,z) which satisfy the stress function. (c) Draw a sketch showing...
Parts c and d only please
12. The temperature at any point on a metal plate in the xy plane is given by T(x, y) = 100 – 4x2 - y2, where x and y are measured in inches and T in degrees Celsius. Consider the portion of the plate that lies on the rectangular region R = (1,5] x [3, 6]. Write an iterated integral whose value represents the volume under the surface T over the rectangle R. b....
1. Consider a rectangular plate with sides a and b of thickness t, as showen in Fig. P1, for the stress function 0 = px?y, where p is a constant, what will be the resultant normal bounday force Py allong the edge of the plate y = b? (a) 3pabt, (b) pat, (c) 2pabt, (d) 0, (e) none of above YA 3 4 6 4 25 6 51 MPa X a Fig. P1 Fig. P2
please solve 17 for me thanks~~ :) !
temperature f(x) °C, where 5. f(x) = sin 0.1 x 6 f(x) = 4 - 08 |x - 5 7. fix) =x(10 - x) 8 Arbitrarytemperatures at ends. If the ends x = 0 and x= Lof the bar in the text are kept at constant 20. CAS PROJECT. Isotherms. Fim solutions (tempe rature s) in the squa with a 2 satisfying the followin tions. Graph isotherms. (a) u80 sin Tx on...