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 V, Issue VII, June - 2018
(Paper ID: 57ET3006201801)
A Review on Reinforced Concrete Made from Different Industrial Waste
Document Information:
Title: A Review on Reinforced Concrete Made from Different Industrial Waste
Author(s): Vishvesh Patel, U.G. student Civil Engineering, Institute of technology Nirma Univerity, Vishvesh.patel900@gmail.com.
Priyank Mandaviya, Assistant professor, Apollo institute of engineering and technology, Gujarat technological University, priyankmandaviya@gmail.com.
Citation: Vishvesh Patel & Priyank Mandaviya."A Review on Reinforced Concrete Made from Different Industrial Waste", IJFTET, Volume: V , Issue: VII Publication Year: 2018 , Page(s): 1-4.
Article type: Review paper
DOI: 30/06/2018 http://ijftet.wixsite.com/research/copy-of-vol-v-issue-vi-may-2018 (Permanent URL)
Publisher: Akshar Publication
KeyWord: Fibre reinforced concrete, waste metal fibres, waste plastic fibres, mechanical properties.
Abstract: As the rate of industry waste is increasing, utilization of waste can save money and pollution too ,is claimed to be of great utility by scientists, when it is added in concrete in form of fibres. We can use metallic fibres and waste PP, PET, HDPE fibres as reinforcement of normal concrete. We know that, both the products are available in abundance and at a cheaper cost, we can access effects of the incorporation of waste metallic fibres (WMF) and polypropylene fibres (WPF) on the fresh and hardened concrete properties. Numbers of experiments have been performed to see the performance of FRC in compression, tension, shear, flexure in extreme environments etc. Detailed review has been given in this paper about the different experimentation techniques, parameters and results, which have generally shown that, addition of fibres shows an improvement in its physical properties and enhances durability. The fibres essentially arrest any advancing cracks by applying pinching forces at the cracks tips, thus delaying their propagation across the matrix. Hence proliferation of WFRC is sustainable, economical and provides a better design. The results obtained also show short fibres arranged in random fashion provide better strength to FRC in contrast to long fibres which tend to decrease the compressive strength” However, adding the hybrid fibres increases the flexural strength of the WFRC. It has been observed that the composites reinforced with the WPF is more advantageous in terms of post-cracking behaviour and load-carrying capacity as compared to the composites reinforced with the WMF even in some cases.
(Paper ID: 57ET3006201802)
A Survey on Graph Based Efficient Algorithm for Semantic Web Service Composition
Document Information:
Title: A Survey on Graph Based Efficient Algorithm for Semantic Web Service Composition
Author(s): Shivangi A. Dalwadi, Department of Computer Engineering, Ipcowala Institute of Engineering & Technology, Dharmaj, Anand, Gujarat, India- 388430. shivangidalwadi4ever@gmail.com. Swapnil M. Parikh, Department of Computer Engineering, Babaria Institute of Technology, Varnama, Vadodara, Gujarat, India- 391240. swapnil.parikh@gmail.com. Ankita Padhiyar, Department of Computer Engineering, Ipcowala Institute of Engineering & Technology, Dharmaj, Anand, Gujarat, India- 388430. ankita.padhiyar@iietedu.ac.in. Dhaval S. Patel, Department of Computer Engineering, Sardar Patel College of Engineering, Bakrol, Anand, Gujarat, India- 388315. dhaval_patel0838@yahoo.com.
Citation: Shivangi A. Dalwadi, Swapnil M. Parikh, Ankita Padhiyar & Dhaval S. Patel."A Survey on Graph Based Efficient Algorithm for Semantic Web Service Composition", IJFTET, Volume: V , Issue: VII Publication Year: 2018 , Page(s): 5-8.
Article type: Review paper
DOI: 30/06/2018 http://ijftet.wixsite.com/research/copy-of-vol-v-issue-vi-may-2018 (Permanent URL)
Publisher: Akshar Publication
KeyWord: Web Services, SOA, Semantic Web, Semantic Web Services, Web Service Composition, Algorithm.
Abstract: SOA (Service Oriented Architecture) is a selection of various services. In SOA, Web Services are the most important & auspicious featured. Web services, utilised by SOA (Service Oriented Architecture), are loosely coupled reusable software components that semantically enclose discrete functionality and are distributed and programmatically usable over the internet. Web Service Composition plays an important role in SOA. Web Service Composition either static or dynamic. A composition requires an algorithm to execute composition task. In present scenario different methods for composition algorithm are used as needed by research task. We have concluded a survey on various web service composition algorithms.
(Paper ID: 57ET3006201803)
Performance Evaluation of Service Matching for Multi-Tenant in Cloud Computing Environment
Document Information:
Title: Performance Evaluation of Service Matching for Multi-Tenant in Cloud Computing Environment
Author(s): Namrata Bhavsar Computer Science & Engineering Department Parul Institute of Engineering & Technology, Baroda namratabhavsar27@gmail.com
Gaurang Patel Computer Science & Engineering Department Parul Institute of Engineering & Technology, Baroda
gaurangpatel81286@gmail.com.
Citation Namrata Bhavsar, Gaurang Patel."Performance Evaluation of Service Matching for Multi-Tenant in Cloud Computing Environment", IJFTET, Volume: V , Issue: VII Publication Year: 2018 , Page(s): 9-11.
Article type: Review paper
DOI: 30/06/2018 http://ijftet.wixsite.com/research/copy-of-vol-v-issue-vi-may-2018 (Permanent URL)
Publisher: Akshar Publication
Keywords: Cloud Computing, Multi-Tenants, Service Matching, Time Complexity.
Abstract: Abstract: In today’s era of demanding technology with reduced complexities in terms of time and cost in Cloud computing is a
highly discussed topic in the technical and economic world, andmany of the big players of the software industry have entered in
the development of cloud services. Cloud provides services based on demand as per the request of customers. Table-based
comparisons of cloud computing services exist however; they are mainly for commercial use. The complexity to match the services
is of order of greater degree with respect to different techniques.
To overcome this, complexity reduction of matching services is needed. However, with the amount of cloud computing services
increasing quickly, the need for a taxonomy framework rises among all the approaches by evaluating all the service matching
techniques. Taxonomy framework refers to the tree-based structure through which classification of services based on
various categories can be separated to match services for customers in cloud which is based on multi tenants situated in
cloud who provide services. This paper contains comparison among service matching techniques and their performance. As
there are wide applications of cloud service, it will be beneficial to end Users to get through these policies to enhance their
functionalities with respect to time and cost.
Keywords: Cloud Computing, Multi-Tenants, Service Matching, Time Complexity.