'SUSTAINABLE ENERGY', conducted by our college, faculties and students in our College on 28th February ,2020,to be uploaded on social media along with a write up.
Details for write up
Conducted by: Asmita College of Architecture
Supported by: Mr.Ratnesh Shingrupe
Accompanied by: Faculty Members, 1st and 2nd year students
On date: 28th feb 2020
Timing: 12:30:00 pm to 2:00 pm.
Asmita COA,successfully conducted an Seminar on Sustainable Energy introducing Renewable energy its applications, its technology and its career opportunity Which will give Architectural Students insights of Sustainable Energy.
The Event was wholeheartedly conducted by Mr Ratnesh Shingrupe
Fbd
∑fx = 0
Ha = 0
∑fy= 0
Va = (50*4) + vb = 0
Va + VB = 200
∑Ma = 0
Vb×7 – ( 50×4 )2= 0
Vb = = 57.14
F .y
X = 2.81
Md = 0+1/2 ×2.86×142.86
Md = 204.29 kN/m
Mc =204.86 + ½ (4-2.86) × (-57.14)
M = 171.72
Maximum shear force =v = 142.86KN
Bending movement = m = 204KN.m
F =
M= 204.29 kn.m =204.29× n/mm
Flexual stress of D
=
= 100
I = +
I = 46.97*
F =
Y = 100 = yr
=75=ys
Fmax =
=fs =
=
Top of flame x batten of the flame
↊4 = ↊q = 3.041×
Shear stress r ie at neautral
↊r=
=
A= 100×25 +75×30 +75×30
= 4750
Y
=
.
↊r =3.04
↊r =30.73
↊q =↊s = 6.65 N/mm
↊v= 22.173