Question
In: Civil Engineering
Design an I-section purlin for an industrial building to support the galvanized corrugated iron sheet roof...
Design an I-section purlin for an industrial building
to support the galvanized
corrugated iron sheet roof with following details:
Spacing of the truss = 5.0 meter
Spacing of purlins = 1.5 meters
Inclination of main rafter to horizontal = 30o
Weight of galvanized sheets with bolts etc = 130 N/m2
Imposed snow load = 1.5 kN/m2
Wind load = 1.0 kN/m2
Solutions
Ally Wells answered 10 months agoRelated Solutions
A rectangular cross section beam (A) made of steel constructed in an industrial building between two...
A rectangular cross section beam (A) made of steel constructed
in an industrial building between two columns which are “X” m
apart. The beam is acting as a support for one end of a pair of
crane wheel (B). The distance b/w wheels are “Y” m. The crane is
used to lift max. of Z tonnes of load which is having hook at the
centre of crane. Draw shear force and B.M diagram of the
beam.
Case i) If the...
A rectangular cross section beam (A) made of steel constructed in an industrial building between two...
A rectangular cross section beam (A) made of steel
constructed in an industrial building
between two columns which are “X” m apart. The beam is acting as a
support for one end of a pair of crane wheel (B). The distance b/w
wheels are “Y” m. The crane is used to lift max. of Z tonnes of
load which is having hook at the centre of crane. Draw shear force
and B.M of all types of beam
diagram of the...
A rectangular cross section beam (A) made of steel constructed in an industrial building between two...
A rectangular cross section beam (A) made of steel
constructed in an industrial building
between two columns which are “X” m apart. The beam is acting as a
support for one end of
a pair of crane wheel (B). The distance b/w wheels are “Y” m. The
crane is used to lift max.
of Z tonnes of load which is having hook at the centre of crane.
Draw shear force and B.M
diagram of the beam.
Case i) If the...
In the design of a multiple bay mill-type industrial building with a separate metal processing and...
In the design of a multiple bay mill-type industrial building
with a separate metal processing and finishing shops, what is the
buildability criteria which you will use to base the structural
lay-out and design of the building? Explain in details.
In the design of a multiple bay mill-type industrial building with a separate metal processing and...
In the design of a multiple bay mill-type industrial building
with a separate metal processing and finishing shops, what do we
use, open or covered structure? Why? Explain in details.
A support beam, within an industrial building, is subjected to vibrations along its length; emanating from...
A support beam, within an industrial building, is subjected to
vibrations along its length; emanating from two machines situated
at opposite ends of the beam. The displacement caused by the
vibrations can be modelled by the following equations,
?1 = 3.75 sin (100?? +2π/9)
?2 = 4.42 sin (100?? −2π/5)
a) when both machines are switched on how many seconds does it
take for each machine to produce its maximum displacement?
b) at what time does each vibration first reach...
Your boss asks you to design a commercial-industrial building with planned column loads of 2,000 kN....
Your boss asks you to design a commercial-industrial building
with planned column loads of 2,000 kN. For each of the locations
described below, list the type(s) of foundations you would consider
in preliminary planning. Briefly explain your choice.
1) Urban fill extending to depths of ~5 m, followed by ~50-60 m
of a soft lacustrine fat clay deposit.
2) Peat to a depth of 2 m underlain by a thick dense granular
deposit, the groundwater table is near the surface....
Hi, I want to design a LAN infrustrure for a building that has 5 Levels OR...
Hi, I want to design a LAN infrustrure for a building that has 5
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The Shareholders’ Equity section of Hamilton Design Company’s December 31, 2019, balance sheet appeared as follows:...
The Shareholders’ Equity section of Hamilton Design Company’s
December 31, 2019, balance sheet appeared as follows:
Contributed Capital:
Preferred stock, 6%, $100 par (10,000 shares authorized, 1,250
shares issued)
$125,000
Additional paid-in capital on preferred stock
$55,000
Common
stock, $10 par (60,000 shares authorized, 15,000 shares issued
$150,000
Additional paid-in capital on common stock
$105,000
Total contributed capital
$435,000
Retained
earnings
$78,000
Contributed capital and retained earnings
$513,000
Less:
Treasury Stock (300 shares of common at $14 per share)
($4,200)...
I received a model of a reinforced concrete office building design in Revit from a coworker,...
I received a model of a reinforced concrete office building
design in Revit from a coworker, and I’d like to get started on
some of the sheets that will make up the document sets for the
project.
What are some elements I should consider including in my
sheets?
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