The problem is about how much radiation is received by the person. It is assumed that the amount of heat received by the person only comes from the area that is visible to that person. It is also assumed that the person is not able to see the top part of the cylinder. I have the area visible to...
1.)Given a cylinder of vertical height, H and radius R. h = H/R So what does this equation means? what is h?
2.)Given L is the length from the cylinder base to an element at ground level, s = L/R. So what does s stand for?
ok so phi1 and phi 2 give the angles of the two lines from the target to the cylinder which are tangent to the cylinder.they are the angles of the edges of the visible part of the cylinder.
phi1=3.3386
phi2=6.1454
zmin=0
zmax=19.2
diameter of cylinder,D=10m
visible area=integration...
I have the max and min angles that determine the area that the person can view. I also have the max length of the cylinder and the area of the cylinder. How can I use the formula using all the variable that i have?
Do you know how to find the area of the visible part using Numerical integration?
I have the max and min angles that determine the area that the person can view. I also have the max length of the cylinder and the area of the cylinder. How can I use the formula using all the variable that i have?
Do you know how to find the area of the visible part using Numerical integration?
the shape of the absorbing area is a very small rectangle. the emmiting area is a sheared tilted cylinder.but it retains its circular shape.say the absorbing area is a person, the view factor needed does not include the top and bottom part of the cylinder.only part of the side of the cylinder...
I've checked the website and the formula is similar to the formula in the book that I'm reading(Fire protecting Engineering). But I still don't understand. Could you explain?
frequentistic probability and confidence level
a)
I have three variables,
1.probability,
2.confidence level(or interval) and
3.time.
is there a formula that include all these three variable?
b)
Frequentistic probability is interpreted as the frequency of qccurences of outcomes of...