IJFTET
International Journal of Futuristic Trends in Engineering and Technology
UGC and ISSN Approved and added in the UGC Approved List of Journals Journal.
IJFTET Volume II, Issue VII, June - 2015
(Paper ID: 27ET3006201501)
The Analysis and Early Characterization of Fly ash Blended Calcium Sulfoaluminate Cement (CSAC)
Document Information:
Title: The Analysis and Early Characterization of Fly ash Blended Calcium Sulfoaluminate Cement (CSAC)
Author(s): K. Thiruppathi, Department of Physics, Valliammai Engineering College SRM Nagar, Kattankulathur, Chennai, Tamil Nadu, India
Email: thiruppathi.ka@gmail.com
Citation: K. Thiruppathi. "The Analysis and Early Characterization of Fly ash Blended Calcium Sulfoaluminate Cement (CSAC)", IJFTET, Volume: II , Issue: VII Publication Year: 2015 , Page(s): 1-5
Keywords: Composite materials, Dielectrics, SEM, XRD technique.
Article type: Research paper
DOI: 30/06/2015 (Permanent URL)
Publisher:Akshar Publication
Abstract: The dielectric constant (') of Calcium Sulfoaluminate Cement (CSAC) blended with 30% of fly ash by addition is measured using microwave bench at 9.54 GHz, for initial 30 hours of hydration.The heat of hydration for the same blend using heat of solution calorimetry is also measured. It is observed that contrary to the usual trend of retarding of fly ashes, it shows an accelerating trend with increasing strength as times passes. SEM micrographs and XRD patterns are also recorded and observed that C4Al2SO16 (C4A3S) is found to be responsible for the accelerating trend of the mix. The hydration process in the early period is studied and it is suggested that suitable retarder should be adopted for the effective utilization.Cement chemistry notations: C=CaO, A=Al2O3, S=SO3, H=H2O,F=Fe2O3, S=SiO2.
(Paper ID: 27ET3006201502)
A Research on Product Recovery System for Tablets Using Venture Channel
Document Information:
Title:A Research on Product Recovery System for Tablets Using Venture Channel
Author(s):Ankit V. Sata M.E.(CAD/CAM) Mehul G. Joshi M.E.(CAD/CAM) Pratik N. Chhaniyara M.E.(CAD/CAM) Noble Group of Institutions Junagadh.
Citation: Ankit V. Sata, Mehul G. Joshi & Pratik N. Chhaniyara. "A Research on Product Recovery System for Tablets Using Venture Channel", IJFTET, Volume: II , Issue: VII Publication Year: 2015 , Page(s): 6-8.
Keywords: Product recovery system, Venture channel, Blister Inspection Machine, Vision system
Article type: Research paper
DOI: 30/06/2015 (Permanent URL)
Publisher:Akshar Publication
Abstract: A product recovery system for recovering product from a blister at which there is defect in tablet or empty space. It also checks that the tablet is defective or not before entering in to the brush or hopper. Product recovery consist many system but we are using only tablet and blister inspection system. Blister Inspection system is use to recover the product (Tablets) when there is defect in tablet or some space in the blister is not filling properly. BIS remove all tablets in group so that it will not necessary to remove from the packing which is send to scrap. Same way Tablet Inspection system remove defective tablet which is going to hopper or brush. It is the Tablet pre checking process before entering in to the hopper. Because of that defective tablet cannot use in production work. Recovery depends upon vision system where defect on tablet can found out with the help of camera.At the time of Recovery, defects in tablets are being sucked by Venture Channel through which it is collected in bin for recovery of the product. A venture channel suck the tablets from blister which are passed on guide plate & at that time speed of BIS machine is in the range of 200 to 250 strokes. While at present BIS machine works on speed with range of maximum 50 to 60 strokes. So, if speed of present machine is increases than problems like package with empty space of tablets, more labor work, wastage of product & time required for manufacturing of tablets etc., are becomes obstruct for mass production.
(Paper ID: 27ET3006201503)
Just In Time Perception: A Prospective Study
Document Information:
Title:Just In Time Perception: A Prospective Study
Author(s): Sunilkumar N. Chaudhari, Lecturer in Mechanical Department, BBIT V.V.Nagar, Gujarat technological University, Gujarat, India. sunil.bbit@gmail.com. Amarishkumar J. Patel, Lecturer in Mechanical Departmentm, BBIT V.V.Nagar, Gujarat technological University, Gujarat, India.
Citation: Sunilkumar N. Chaudhari & Amarishkumar J. Patel. "Just In Time Perception: A Prospective Study", IJFTET, Volume: II , Issue: VII Publication Year: 2015 , Page(s): 9-11.
Keywords: Just in time, waste, Logistic, Time management, inventory management.
Article type: Research paper
DOI: 30/06/2015 (Permanent URL)
Publisher:Akshar Publication
Abstract: The elements of the value chain in the enterprises are necessary to be strong for awareness of economical commerce processes. If the company needs tough and long-lasting value chain, the entire the associates within the chain have to be prepared to crossing all alive problems. The Just in Time (JIT) manufacture is an industrialized philosophy which removes waste linked within time period, labour, and storage. In this paper, implemented case studies are reviewed to define the future vision of JIT to reduce waste and to make effective time management. The results on the different case studies demonstrate the importance of time management for economical perception in small and large scale industries.
(Paper ID: 27ET3006201506)
A Appropriate Selection of Active and Passive Harmonic Mitigation Techniques
Document Information:
Title:A Appropriate Selection of Active and Passive Harmonic Mitigation Techniques
Author(s): Pareshkumar S. Chaudhari, Electrical Engineering Department, B and B Institute of Technology, Vallabh Vidyanagar, paresh_6612@rediffmail.com. Jaydeepsinh C. Baria, Electrical Engineering Department, BVM Engineering College, Vallabh Vidyanagar. jcbaria1982@gmail.com
Citation: Pareshkumar S. Chaudhari & Jaydeepsinh C. Baria. "A Appropriate Selection of Active and Passive Harmonic Mitigation Techniques", IJFTET, Volume: II , Issue: VII Publication Year: 2015 , Page(s): 20-23.
Keywords: Harmonics distortion; Active filter; Passive filter, Harmonic mititgation.
Article type: Research paper
DOI: 30/06/2015 (Permanent URL)
Publisher:Akshar Publication
Abstract: Nowadays, nonlinear loads on the power supply network is increasing due to employment of power electronics devices. And these move up issues of power quality and reliability. In this concern, a large deal of awareness is focused on harmonics as it causes the several problems including reliability, power quality assurance, and waste of energy. To damp out the harmonic distortion, active and passive filters are generally used. In this paper, the proper filter selection study is carried out according to cost, space required, efficiency, harmonic mitigation and simplicity.
(Paper ID: 27ET3006201508)
An Implementation of Supply Chain Management: A Pragmatic Study in Realistic Problem
Document Information:
Title:An Implementation of Supply Chain Management: A Pragmatic Study in Realistic Problem
Author(s): Sunilkumar N. Chaudhari, Lecturer in Mechanical Department, BBIT V.V.Nagar, Gujarat technological University, Gujarat, India. sunil.bbit@gmail.com. Amarishkumar J. Patel, Lecturer in Mechanical Departmentm, BBIT V.V.Nagar, Gujarat technological University, Gujarat, India.
Citation: Sunilkumar N. Chaudhari & Amarishkumar J. Patel. "An Implementation of Supply Chain Management: A Pragmatic Study in Realistic Problem", IJFTET, Volume: II , Issue: VII Publication Year: 2015 , Page(s): 30-33.
Keywords: Supply chain management, Logistic, Time compression, Interdependency.
Article type: Research paper
DOI: 30/06/2015 (Permanent URL)
Publisher:Akshar Publication
Abstract: Supply Chain Management (SCM) is the organization of the flow of supplies and services. It consists of the movement and storage of unprocessed goods, processing inventory, and furnished goods from the source to consumption. The SCM can be defined as the designing, planning, executing, controlling, and monitoring of supply chain actions with the purpose of producing average value, housing a competitive transportation, leveraging universal logistics, coordinating supply with demand and evaluating the performance worldwide. In this paper, the timeline of SCM application and implementation is studied.
(Paper ID: 27ET3006201512)
Document Information:
Title:Experimental and Finite Element Analysis for Drilling Operation in Glass Fiber Reinforced Plastic Composite (GFRP)
Author(s): Kartik D. Kothari, Associate Professor, Mechanical Engineering Department, RK University, Rajkot. M. B. Maniyar, Research Scholar, Mechanical Engineering Department, RK University, Rajkot. Rahul Dangar, Research Scholar, Mechanical Engineering Department, RK University, Rajkot.
Citation: Kartik D. Kothari, M. B. Maniyar & Rahul Dangar. "Experimental and Finite Element Analysis for Drilling Operation in Glass Fiber Reinforced Plastic Composite (GFRP)", IJFTET, Volume: II , Issue: VII Publication Year: 2015 , Page(s): 47-53.
Keywords: Feed rate, spindle speed, drill material and delamination.
Article type: Research paper
DOI: 30/06/2015 (Permanent URL)
Publisher:Akshar Publication
Abstract: Demand of composites in industries are increasing gradually because of it has higher strength, stiffness and lighter than conventional material. Due to inhomogeneous, abrasive and low thermal conductivity machining of composites are complicated than machining of conventional material. Composites are used in various sectors like marine, structural, medical and automobile industries. In industries while assembling component part machining process is required. At the time of machining damage is observed in the composites components.
In this experiment drilling process is used to understand the machining behavior of composite. Chopped stand glass fiber reinforced plastic (GFRP) has been taken as experimental material. This material made by hand laminating process and cure at room temperature for twenty four hours. Experiment work is conducted on vertical machining center (VMC). Four drill tools (HSS, TIN-HSS, carbide k10 and worn carbide) are used with different drilling parameters such as spindle speed and feed force. Composite machining is complicated than traditional material. One main problem observed during drilling of composite is delamination. By the experiments, it was observed that the delamination depends upon drilling parameters such as axial force, spindle speed and types of drill tool material. Also FEA simulation is carried out for the validation purpose.