Krishna Girls Engineering College

Kānpur, India

Krishna Girls Engineering College

Kānpur, India
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Srivastava V.P.,Krishna Girls Engineering College | Rastogi R.,S V N Institute Of Engineering Research And Technology | Vishnoi R.,Krishna Girls Engineering College
Computers and Mathematics with Applications | Year: 2010

The problem of blood flow through an overlapping constriction in arteries has been investigated. To account for the hematocrit and peripheral layer, blood has been represented by a two-layered macroscopic model consisting of a core region of suspension of all the erythrocytes assumed to be a particlefluid suspension (i.e., a suspension of erythrocytes in plasma) and a peripheral layer of plasma (Newtonian fluid). The expression for the flow characteristics, namely, the impedance, the wall shear stress, the shear stress at the stenosis throats and at critical height of the stenosis has been derived. The impedance increases with the hematocrit as well as with the stenosis size and assumes lower magnitude in two-layered model than its corresponding value in one-layered model for any given hematocrit. The shear stress at the two stenosis throats is same and assumes considerably higher value than its corresponding magnitude at the critical height. With respect to any parameter, the shear stresses at the throats and at the critical height possess the characteristics similar to that of impedance. © 2010 Elsevier Ltd. All rights reserved.


Pal D.,Krishna Girls Engineering College | Pal R.K.,Krishna Girls Engineering College | Pandey J.L.,National Physical Laboratory India | Abdi S.H.,BBD National Institute of Technology | Agnihotri A.K.,Brahmanand Post Graduate College
Journal of Materials Science: Materials in Electronics | Year: 2010

Lithium mixed sodium trititanates with 0.3, 0.5 and 1.0 M percentage of Li 2CO 3 (general formula Na 2-X Li X Ti 3O 7) have prepared by a high temperature solid-state reaction route. EPR analysis, high temperature range (473-773 K) and variable frequency range (100 Hz-1 MHz) ac conductivity measurements were carried out on prepared sample. The lithium ions are accommodated with the sodium ions in the interlayer space. The EPR specta of lithium mixed sodium Trititanates confirm the partial reduction of Ti 4+ ions to Ti 3+. Four distinct regions have identified in the LnσT versus 1,000/T plots. Various conduction mechanisms which dependence on concentration, frequency and temperature are reported in this paper for lithium mixed layered sodium Trititanates. The dilation of interlayer space has further been proposed to occur due to inclusion of lithium ions in the interlayer space. The conductivity increases as the concentration of lithium increases. The increase of ionic conductivity in these compounds is due to accommodation of lithium ions with sodium ions in interlayer space. © 2009 Springer Science+Business Media, LLC.


Awasthi R.,P.A. College | Shikha D.,P.A. College | Bajpai S.,P.A. College | Awasthi S.,Krishna Girls Engineering College
Research Journal of Pharmaceutical, Biological and Chemical Sciences | Year: 2014

Utility of the several techniques of modern biotechnology, including various approaches towards genetic modification, have allowed the development of several genetically modified (GM) crops. A lot of progress has been made in the area of plant breeding and modification of certain plant traits based on a fuller and better understanding of the plant genome. It is important in the present status and for the future potential of biotechnology to crop modification and its relation to oils and fats industry be assessed in terms of actual realities rather than those of wishful expectation. From the last three decades, variety of techniques have been introduced and developed for in genetic modification of plants. Acceptance of GM crops has not been universal. The technology for modifying the plant genome to produce consumer desirable products is available and is evolving. Concern among individual government and national consumers are having major impacts on further applications of these crop varieties and their global trade.


Goyal P.K.,ABES Engineering College | Joshi G.,Krishna Girls Engineering College
Proceedings of the 2014 International Conference on Issues and Challenges in Intelligent Computing Techniques, ICICT 2014 | Year: 2014

This paper describes the model to evaluate and grade the Java programs, based on QMOOD (Quality Model for Object Oriented Design). QMOOD is the hierarchical model that defines relation between qualities attributes(like reusability, functionality, effectiveness, understand ability, extendibility, flexibility) and design properties with the help of equations. In this research we have developed the system based on QMOOD which is use to evaluate the quality of JAVA programs. In this we would try evaluate all quality attributes by finding the design metrics that is based on design property of object oriented design. Though QMOOD metrics are subjective in nature but still with the help of relationship between quality attributes and design property defined, we have calculated and aggregated these qualities attributes and evaluate the quality of program input We have tested the system with number of different programs that vary in their complexities and functionalities. © 2014 IEEE.


Srivastava V.P.,Krishna Girls Engineering College | Rastogi R.,Svn Institute Of Engineering Research And Technology
Computers and Mathematics with Applications | Year: 2010

The problem of blood flow through a narrow catheterized artery with an axially nonsymmetrical stenosis has been investigated. Blood is represented by a two-phase macroscopic model, i.e., a suspension of erythrocytes (red cells) in plasma (Newtonian fluid). The coupled differential equations for both fluid (plasma) and particle (erythrocyte) phases have been solved and the expression for the flow characteristics, namely, the flow rate, the impedance (resistance to flow), the wall shear stress and the shear stress at the stenosis throat have been derived. It is found that the impedance increases with the catheter size, the hematocrit and the stenosis size (height and length) but decreases with the shape parameter. A significant increase in the magnitude of the impedance and the wall shear stress occurs even for a small increase in the catheter size. The flow resistance increases and the shear stress at the stenosis throat decreases with the increasing catheter size and assume an asymptotic value at about the catheter size half of the artery size. © 2009 Elsevier Ltd. All rights reserved.


Yadav V.,Krishna Girls Engineering College | Singh R.,Uttar Pradesh Technical University
Proceedings of the 2013 3rd IEEE International Advance Computing Conference, IACC 2013 | Year: 2013

Assessment of Object Oriented Software Design Quality has been an important issue among researchers in Software Engineering discipline. In this paper, we propose an approach for determining the design quality of Object Oriented Software System. The approach makes use of a set of UML diagrams created during the design phase of the development process. Design metrics are fetched from the UML diagrams using a parser developed by us and design quality is assessed using a Hierarchical Model of Software Design Quality. To validate the design quality, we compute the product quality for the same software that corresponds to the UML design diagrams using available tools METRIC 1.3.4, JHAWK and Team In a Box. The objective is to establish a correspondence between design quality and product quality of Object Oriented Software. For this purpose, we have chosen priory known three software of Low, Medium and High quality. This is a work under progress, though; the substantial task has already been completed. © 2013 IEEE.


Pal D.,Krishna Girls Engineering College | Pandey J.L.,National Physical Laboratory India
Bulletin of Materials Science | Year: 2010

The manganese doped layered ceramic samples (Na1.9Li 0.1)Ti3O7 : XMn(0-01 ≤X≤0-1) have been prepared using high temperature solid state reaction. The room temperature electron paramagnetic resonance (EPR) investigations exhibit that at lower percentage of doping the substitution of manganese ions occur as Mn3+ at Ti4+ sites, whereas for higher percentage of doping Mn 2+ ions occupy the two different interlayer sodium/lithium sites. In both cases, the charge compensation mechanism should operate to maintain the overall charge neutrality of the lattice. The manganese doped derivatives of layered Na1.9Li0.1Ti3O7 (SLT) ceramics have been investigated through frequency dependence dielectric spectroscopy in this work. The results indicate that the dielectric losses in these ceramics are the collective contribution of electric conduction, dipole orientation and space charge polarization. Smeared peaks in temperature dependence of permittivity plots suggest diffuse nature of high temperature ferroelectric phase transition. The light manganese doping in SLT enhances the dielectric constant. However, manganese doping decreases dielectric loss due to inhibition of domain wall motion, enhances electron-hopping conduction, and impedes the interlayer ionic conduction as well. Manganese doping also gives rise to contraction of interlayer space. © Indian Academy of Sciences.

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