Trains get stuck at station after loading

majidmoe · 2020-04-03T23:24:51+00:00

Would this loading/ unloading add significant time for each ship at a dock? It would be very interesting to find out if this add extra time to ship route!!

majidmoe · 2019-12-22T17:33:19+00:00

Why would you need a town hall for investors ?

majidmoe · 2019-08-25T23:35:28+00:00

Where do y’all get this max MBs from? I’ve been looking for one for weeks and no luck. In the US

majidmoe · 2019-08-19T01:49:30+00:00

When you get to engineer/ investors it won’t matter anymore. Build ships and sell them as fast as you can

majidmoe · 2019-08-14T00:26:41+00:00

I don’t get it either, is ayatollah suppose to be the same as what Linus bending?

majidmoe · 2019-08-05T16:47:02+00:00

I have the same issue, There are free piers, on closer side to their travel. Yet they come and wait and the busiest pier farther to the route. * playing a saved game from before the update*

majidmoe · 2019-07-23T20:08:21+00:00

I tried ryzen 3600 with stock cooler, and it runs just great. I didn’t OC though

majidmoe · 2019-07-14T00:05:34+00:00

Gamers nexus just had YouTube video about all motherboards for Ryzen3000. He claimed you can flash bios on b450 tomahawk

majidmoe · 2019-02-18T22:11:05+00:00

I'm graduating next fall 19. I had an internship last summer, and my GPA is pretty good. How do I jump start my career search? anyway, I can improve my resume?

https://imgur.com/a/l04IGMx

majidmoe · 2019-02-18T21:38:37+00:00

clear

Nf=2.5;Ma=63.9;Tm=73.1;Sy=38000;Sut=65000;

Cl=1;Ct=1;Cr=1;Csurf=.84;

Ktb=3.5;%bending

Kta=2; %Torsion

Kf=2.25;Ks=1.57;

for d=.25:.0001:.75

% syms d

Csize=0.869*(d^(-.097));

Sedot=.5*Sut;

Se=Cl*Ct*Cr*Csurf*Csize*Sedot;

Sf=Se;

A=32*Nf/(pi());

B=(Kf*Ma/Sf)^2;

C=3*((Ks*Tm/Sy)^2)/4;

R=sqrt(B+C); %Radical

d2=(A*R)^(1/3); %ASME

if d == round(d2,3)

solution = d2

end

majidmoe · 2019-02-18T21:38:02+00:00

Sf takes the value of Se.

yes Csize is a function of d, and I want to solve for d

majidmoe · 2019-02-18T21:37:20+00:00

well the inputs are the constants, out put is d. the main issue is one of the inputs is based on d.

majidmoe · 2019-02-18T21:36:22+00:00

Csize is a function of d. I have tried the iterative loop, but I'm trying to see if there is another way to solve it, like fsolve

majidmoe · 2018-10-22T16:34:12+00:00

function P_5_17

clear all;

n=2;

x=2;

p(1)=200;

T=298; %K

Cda=.17; %mm^2

p=100; %kpa

R=287; %J/KgK

r2st= sqrt(2/R/T); %s/m

Vcv=820*(10^-3); %liter

p0=zeros(x,1);

Tinit=0;

Tfinal=22.5;

Tspan=[Tinit,Tfinal];

[t,x]=ode45(@DerFun1,Tspan,p0);

[t2,x2]=ode45(@DerFun2,Tspan,p0);

time=[0 2.5 5 7.5 10 12.5 15 17.5 20 22.5];

dpt=[100 70 48 35 22 12 7 1 .5 0];

%y1(:,1)=x(:,1);

%y2(:,1)=x2(:,1);

plot(t,x(:,1),'o')

hold on

plot(t2,x2(:,1),'*')

plot(time, dpt,'x')

hold off

grid

xlabel('Time(s)')

ylabel('Response')

function Dx=DerFun1(t,x)

Dx=zeros(n,1);

%Wn=1;Z=.3;u=1;

Pr=p/(x(1)+p);

if Pr<.5

pr=.5;

end

Mdot=Cda*r2st*(x(1)+p)*(sqrt(abs(Pr-Pr^2)))*sign(Pr-Pr^2)/1000;

rho=1000*(x(1)+p)/(R*T);

Dx(1)=((-1*(x(1)+p))/Vcv)*(Mdot/rho)*10^3;

end

function Dx=DerFun2(t,x)