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Cover Page IJESM_December_2021......
PARTICULAR
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Page No.
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Economic reliability design methods for Generalized Exponential -
Poisson Distribution
V.Kaviyarasu
Abstract:
- This article presents, a new three parameter compound distribution named as
Generalized Exponential-Poisson distribution is developed towards the performance
measures of reliability sampling plan under minimum total cost analysis. Single
Acceptance sampling plan is proposed for the truncated life test when the life time of the
item follows the GEP distribution. The minimum sample size are obtained when the
consumers risk and test termination time are specified. The Operating Characteristic values
and sensitivity analysis of the cost parameters are also exhibited for the specified percentile
accompanying with the economic designing of the plan. Minimum Total cost function
values are given and the results are discussed with the help of table values and it reveals
with the suitable real time example.
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1-13
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Level of details in a BIM model and project cost estimate
accuracy
Ayman Adel
Abstract:
Cost estimate accuracy has a severe effect on the expected profit of a
construction contractor. Although Building Information Modelling (BIM)
had a significant impact in that domain, it needs some time to create and
finish a model. Creating a BIM model with the required Level of Details
(LOD) can give accurate cost estimates and save time. This paper tries to
find the minor details of a BIM model, which offers a sufficient cost estimate
accuracy through residential buildings projects stages. Reaching the
appropriate level of details is done by revising literature and conducting a
questionnaire survey that was distributed among a sample of expert BIM
engineers in Egypt. Finally, a case study for a residential building project in
Egypt is introduced. Two BIM models were implemented to find the
appropriate level of details that give needed accuracy with the least effort
during the design project stages
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14-22
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THERMAL PERFORMANCES OF HYBRID NANO FLUID
IN A RECTANGULAR DUCT
DAVID SANTOSH CHRISTOPHER
Abstract:
The present work aims to augment the thermal performance
of rectangular duct by implementing square rib in test section
and consuming hybrid-nanofluids such as Al2O3 -CuO as a
working fluid. The investigation outcome is compared with
base fluid (water) to ascertain the enhancement of heat
transfer rate. A parameter consider for the research is average
Nusselt number, friction factor and velocity of fluid assumed
in the range of Reynolds number 5000 – 15000. The RNG-turbulent model was selected for the investigation to validate
the convective heat transfer achieved closer to the top wall.
The characteristic of heat transfer and pressure drop of fluid
flow inside the rectangular duct are identified by contour
results of turbulent kinematic energy and intensity, static
pressure, velocity. The result reveals that 14% of
advancement of Nusselt number were recorded in hybrid
nanofluid than base fluid with a nominal friction factor.
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23-28
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ANALYSIS OF NEW APPROACH FOR HEAVY ION FUSION SPIN
DISTRIBUTIONS
Dr.Bhuvan Bhaskar Srivastava
Abstract:
In order to derive fusion spin distributions, the process of optical model analysis has been
used to evaluate generalised elastic scattering angular distributions (GESA). The coupling
channel fusion spin distributions are repeated using this method. The method provides
large mean quadruple spin values in accord with "anomalous" values derived from test
fission fragment anisotropy when applied to experimental results, in particular on fissile
systems such as16O+232Th.
The interaction of 12C,14N and 16O projects with 59Co, 51V,128Te and 165Ho targets
for at≈3-8MeV / nucleon-specific energies has been studied. The dynamics of the heavy-ion fusion reaction involved This research focuses on the association between the
properties of the entry channel and the invalid fusion reaction. Test-driven excitation
functions of different reaction products, with full and/or incomplete 12C+59Co, 128Te,
14N+128Te and 16O+ 51V, 165 Hoprojectile-target systems in the literature.
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29-35
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Profit Analysis of the Boiler Unit in Coal-Fired Power Plant Using RPGT
Sandeep Kundu
Abstract:
In the present paper, we describethe boiler unit of a coal-fired thermal power
plant. The boiler unit consists of five subsystems arranged in series and parallel based
configurations. A single repairman who examines and repairs the units as and when need
emerge. Availability of boiler unit in coal-fired plant is determined with the assistance of
RPGT and accessibility of the arrangement of boiler unit for various values of repair and
failure rates of subsystems is additionally determined. Profit optimization is discussed with
the help of graph and table.
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36-43
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BIOLOGICAL IMPORTANCE OF THIAZOLIDINONE
Dr. ShaluTyagi
Abstract:
Thiazolidinediones (TZDn) are sulfur containing pentacyclic compounds that are generally
around tracked down all through nature in various structures. TZDn center is open in
different typical compounds.
Fundamentally, different evaluation reports have been conveyed in a short degree of time.
Thusly is clearly a major to total late information to see the worth in the stream status of
the TZDn center in obliging science research, focusing in unequivocally on the different
undertakings to organize.
Antimicrobial meds in the market is enormous, yet there is a need to find novel
antimicrobial experts with better pharmacodynamic and pharmacokinetic properties with
lesser or no incidental impacts. The current article highlights the biological importance of
thiazolidinone.
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44-51
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A STUDY ON INVENTORY CONTROL SYSTEM FOR A SUPPLY CHAIN USING MARKOV DECISION PROCESSES
Dr. Rajni
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52-64
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