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Vessels can be heated in a number of different ways. This module will
deal with indirect heating. In these systems, the heat is transferred across
a heat transfer surface. The optimal outer radius was obtained by several
simulations on the tank with different outer radius of the heater , and the
required heating surface and diameter of the coil pipe were also calculated.
DESIGN CALCULATION OF FIRE WATER STORAGE TANK
In this calculation we are going to design firewater storage tank, for that I am using
AWWA D103-09 specification code. in this calculation we have shell design , roof design,
wind Girder ,bolt design and anchor bolt design.
In this calculation we are going to design SILO. in this calculation we take wall
sheet material is zincalume and A36 structural material. All the design done
by EN 1991.4, 1993.4.1, 1998.4 code.
DESIGN CALCULATION OF ZINCALUME WATER STORAGE TANK
In this calculation we are going to design zincalume water storage tank, for that
I am using AS 2304 specification code. in this calculation we have structural
design actions , seismic design, wind buckling ,bolt design and anchor bolt design.
All the design done by AS 2304.
In this calculation we are going to design FOUNDATION WELD CALCULATION,
for that I am using following inputs (partial factor = 1.25, ultimate tensile
strength=460 Mpa, effective length of side part of fillet weld=150mm,
thickness of thinner connected part=21mm, width of the connected part=308mm).
HEATING COIL SIZING CALCULATION
Vessels can be heated in a number of different ways. This module will
deal with indirect heating. In these systems, the heat is transferred across
a heat transfer surface. The optimal outer radius was obtained by several
simulations on the tank with different outer radius of the heater , and the
required heating surface and diameter of the coil pipe were also calculated.
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A pressure vessel is considered as any closed vessel that is capable of
storing a pressurized fluid, either internal or external pressure, regardless
of their shape and dimensions.it is a container designed to hold gases or
liquids at a pressure substantially different from the ambient pressure.
The fluid being stored may undergo a change of state inside the pressure
veesel.in this calculation material selection is major factor to design the
vessel. May properties affect the vessel due to high pressure or liquid.
The internal design pressure is 49.783psig when used in the pressure
calculation this is the MAWP. The internal radius is 59.055in,the
allowable stress is 17100psi,longitudinal joint efficiency is 0.85.the
thickness of O/D based the same properties is included.
INTERNAL COIL CALCULATION DESIGN
In a sense, coil design for induction heating is built upon a large store of
empirical data whose development springs from several simple inductor
geometries such as the solenoid coil. Because of this, coil design is
generally based on experience. This series of articles reviews the
fundamental electrical considerations in the design of inductors and
describes some of the most common coils in use.
Line sizing is one of the most important and critical activities done by a
process engineer for any project. Piping is a major cost component in
any process plant and it may vary between 5 – 15% of total plant investment
and optimum design may result in considerable cost reductions.
Line size is determined with proper sizing calculations considering various
parameters. The main purpose of line sizing is to determine pump head
requirements, to meet design process parameters such as flow, velocity
and pressure to fill appropriate data on P & ID’s, data sheets and line lists.
All pressure vessels must be furnished with nozzles and connections.
The aim of nozzles is to interconnect the pressure vessel with the rest
of the process. The most typical practice to join nozzles and pipelines
is to use standard flanges; this ensures a perfect match at assembly
and construction stages. This publication discusses about flanged
nozzles that are more susceptible to fluid leakage than welded nozzles.
A flanged nozzle consists of the three main elements:
flange, neck and reinforcement.
CALCULATION OF PARTITION PLATE
In heat exchangers a horizontal divider used within the fixed or floating head
cover of a shell and tube heat exchanger.in this calculation the minimum
pass partition plate thickness, table value, pressure drop across the plate,
code allowable stress in tension at design metal temperature and plate
dimension are considered during calculation. Here we differentiate
nominal diameter of carbon steel and alloy material. It is used to
direct the heat transfer fluid from one end of the heat exchanger to the
other.We provide the detailed nominal pass partition calculations.
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