equivalent frame method
- to calculate the moment and shear by equivalent method
move your dir, then
>python3 emf.py
ly(m) : equivalent width
fc(N/mm2) : compressive concrete strength
wd(kN/m2) : uniform load
span(m) : span
tsslab(m) : slab thickness
tdrop(m) : drop panel thickness
htop(m) : column height above plate
hbot(m) : column height bellow plate
cx(m) : column depth to the analysis direction
cy(m) : column width to perpendicular dimention
x(m) : tortional member depth
df(-) : distribution factor
coef(-) : carry over factor
fem(kN.m) : fixed moment
dist(kN.m) : distribution moment at each step
co(kN.m) : carry over moment at each step
cal : dist and co
md(kN.m) : moment result
vl(kN) : initial shear force
ve(kN) : shear force by ef
v(kN) : shear force resultant by vl+ve