Glass Fiber Reinforced With Partial Replacement of Cement with Fly Ash
Concrete is one of the most widely used construction material in today’s world. Cement being one of the essential constituent of the concrete. Environmental issues are also playing a vital role in today’s world, the production of cement one of the major constituent of concrete leads to release the of significant amount of carbon dioxide a greenhouse gas contributing 7% of greenhouse gas emission to the earth atmosphere, beside deforestation and burning of fossil fuels. Safe disposal of glass waste generated in day to day life due to limited life span and after use it is either stock piled or sent to land fill is also a challenging task. There is now a significant world-wide interest to solve the environmental problem caused by industrial waste and other material by including such material in the manufacture of concrete. Effort have been made in concrete industry to use waste glass in concrete production not only provide significant environmental benefits but also enhances performances of concrete when used at optimum amounts. IN this study, glass fibers in different volume fraction with 20%, 30% and 40% replacement of cement by fly ash has been to study the effect on compressive strength, split tensile strength, of concrete and compared it to the conventional concrete. For each mix standard sizes of cubes, cylinders and as per Indian Standards were cast and tested for compressive strength and splittensile strength at age of 7days and 28days.
Published by: Hifzurrahman, Zeeshan Khan, Amir Mirza Baig
Author: Hifzurrahman
Paper ID: V3I3-1639
Paper Status: published
Published: July 7, 2017
Resource Allocation Utilizing Enthalpy Based Krill Herd Optimization Algorithm in Cloud Computing
Cloud computing has been a sort of Internet-related computing which proffers distributed computer processing resources , data computers and other devices upon requirement. The prior methodology of resource assignment in cloud computing is accomplished through Queuing Theory Based Cuckoo Search algorithm and it is having few limitations including failure in processing plus knapsack issue. Moreover scheduling energy consumption plus computational cost is high. Our proposed work of resource assignment through workflow scheduling is purely carried in two stages. First stage comprises of two phases, for every available task we measure task reward, delay, transmission probability, communication cost and reputation. According to the task measure value computed, we calculate the Enthalpy values. In the Second stage of our proposed work, we employ enthalpy based krill herd optimization algorithm for allocating resources that increase trade make span and for minimizing the resource usage. It also reduces computational complexity by enhancing the computing efficiency of processing elements. The implementation of our suggested algorithm reduces the knapsack issue of energy consumption, VM usage, PM usage, computational time, task migration and resource utilization which proffers to cost reduction.
Published by: Chenni Kumaran .J, M. Aramudhan
Author: Chenni Kumaran .J
Paper ID: V3I4-1137
Paper Status: published
Published: July 7, 2017
NC Cloud A Network-Coding-Based Storage System in a Cloud-of-Clouds
To ensure outsourced information in different distributed storage condition, we give adaptation to internal failure and tried and true information honesty for distributed storage. Assume if distributed storage encounters the changeless disappointment and loses every one of its information at that point, there is a need to recover the lost outsource information with help of other surviving cloud stockpiles. We propose an Intermediary based Capacity for blame tolerant various distributed storage condition called as System coding based capacity. Useful least stockpiling recovering (FMSR) codes are utilized for recovering lost outsourced information in numerous distributed storage condition. We additionally approve that FMSR codes lessen repair activity and cause less money related cost amid information exchange than customary deletion [RAID-6].
Published by: Amogh S. Kinagi, Pundalik .R
Author: Amogh S. Kinagi
Paper ID: V3I3-1622
Paper Status: published
Published: July 7, 2017
Internet of Things Based Real Time Transformer Health Monitoring System
Transformer is one of the important electrical equipment that is used in power system. Monitoring transformer for problem before they occur can prevent faults that are costly to repair and result in a loss of electricity. The main aim of the paper is to acquire real time data of transformer remotely over internet falling under the category of Internet of Things(IOT ). For this real time aspect we take one temperature sensor, one potential transformer and one current transformer for monitoring T, V, I data of the transformer and then send them to a remote location. These three analog values are taken in multiplexing mode and connected to a programmable microcontroller of 8051 family through an ADC 0808. Then the values of all the sensors are sent sequentially as per the frequency of multiplexing of the ADC by Microcontroller. They are then sent directly through an Wi-Fi module under TCP IP protocol to a dedicated IP that displays the data in real time chart form in any web connected PC / Laptop for display in 3 different charts. The real time data is also seen at the sending end LCD display interfaced with microcontroller.
Published by: Rahul
Author: Rahul
Paper ID: V3I4-1167
Paper Status: published
Published: July 7, 2017
Between Closed Sets and -Closed Sets in Topological Spaces
Sheik John [24] (Veera Kumar [26]) introduced the notion of -closed sets (= -closed sets). Many variations of -closed sets were introduced and investigated. In this paper, we introduce the notion of mω-closed sets and obtain the unified characterizations for certain families of subsets between closed sets and -closed sets.
Published by: C. Rajan
Author: C. Rajan
Paper ID: V3I4-1160
Paper Status: published
Published: July 6, 2017
Structural Analysis, Material Optimization using FEA and Experimentation of Centrifugal Pump Impeller
In general the Efficiency of a centrifugal pump (ηo) = Mechanical efficiency (ηm) × Volumetric efficiency (ηv). Most of the study has been done in improvement of Hydraulic efficiency but overall efficiency depends on both factors Hydraulic and Mechanical. Mechanical components – for example impeller weight and structure produces a mechanical loss that reduces the power transferred from the motor shaft to the pump or fan impeller. Also strength of the pump reduces due to stress corrosion problems in impeller which can be minimized using alternate material having same/more strength. The modelling of the impeller will be done by using solid modelling software, CATIA. The meshing and boundary condition application will be carried using Hypermesh, it is also used to produce good and optimal meshing of the impeller to obtain accurate results and analysis has been done by using ANSYS. A static analysis on 3HP pump impeller has been carried out to examine the stresses and displacements of the centrifugal impeller. Conventional MS material is replaced with glass fiber composite material. After getting safe results from analysis, model will be fabricated and testing will be done on UTM.
Published by: Ghanshyam G. Iratkar, Prof. A. U. Gandigude
Author: Ghanshyam G. Iratkar
Paper ID: V3I4-1159
Paper Status: published
Published: July 6, 2017
