Hey there, sorry when i said i already finished my program. But my teacher told me to find the error in this data. i`m just wondering do you know any method to calculate error in my program. Thank you in advance
program dashpot
implicit none
integer,parameter :: N=30001,IN=300
integer :: i...
YES SIR, i already did c>0 , and it does fulfill the condition for underdamped , overdamp and critical.
If that the case, then i need to add something to my equation of motion. I will try again on Monday at school.
By the way, I'm 4th year undergraduate student in japan and on my way to...
hmm... it does seem getting better, with or without damp.
but hey, what do you think about the force? the ground exert a negative force at the hill and big positive force on the valley.
should i add another condition?, so when the F value goes to negative it equal to zero
alright, I'm going to take a look after i finish my part time job.
but just one thing, in my program the expression for Ω is wb
so Ω = 2* π * velocity of the vehicle(u)/ Distance(d)
and i wrote wb = 2*π*U/d
isn't the same thing?
The damping work fine by following damping ratio rule
ζ=C/Cc, Cc = 2√km
program dashpot
implicit none
integer,parameter :: N=10001,IN=300
integer :: i
real :: pi,dt,k,m,c,U,d,wb,am
real,dimension (N)::T,V,X,f
!initial condition= position,velocity,time, pi
pi = 3.14159265359
dt =...
because
F = -K(Y-Yo) -C(y°-yo°)
Y is the displacement of the spring which in my program is x
Yo is the wavy surface profile
and since Yo = A sin(Ωt)
then the code
am*sin(wb*dt)
and yo° = ΩA cos(Ωt)
and the code
wb*am*cos(wb*dt))
Ω= wb
U= car velocity
dt = time
you are right, i don't...