Stabilization of black cotton soil using waste fishing net
There is Black cotton soil in most parts of central and western parts of India and covering approximately 20% of the total area of India and it has been a challenge to highway engineers since this soil is highly susceptible to moisture changes. Soil stabilization is a technique to improve the engineering characteristics of the soil. Certain soils possess undesired properties making their use in the constructions very difficult. These include high permeability, high compressibility, and reduced shear strength. Modification of soil by chemical admixtures is a common stabilization method for such soils. The main objectives of the proposed project is to determine the index and engineering properties of Black cotton soil, determination of engineering properties of fish net fibre modified soil, reducing swelling tendency of moist compacted Black cotton soils, to check the efficacy of fish net fiber (Grid type) reinforced soil as a fill material through laboratory model studies. Soil stabilization using fishing net can help to enhance soil strength, stabilize near-surface soil layers and mitigate the risk of soil liquefaction. For roads with heavy traffic and locations of extreme climatic conditions, soil stabilization is generally recommended and the method can be adopted after a proper study. This investigation aims at checking the feasibility of using waste fishing net fibers and improving the strength and compaction characteristics of the soil. Waste fishing net fibers are added in a layer-wise and an optimum configuration has arrived.
Published by: Najiya Nasrin P, Abdul Ahad M. K, Raima Said, Thabsheer K. P, Vishnu Raj V, Shahli I. P
Author: Najiya Nasrin P
Paper ID: V4I2-2152
Paper Status: published
Published: April 25, 2018
Faces victimization annotations supported external data from videos
This bill of exchange takes a look at the problem of greatness back naming among unrestricted videos together with user-provided metadata. Instead of relying on unique back labels because of supervised knowledge, a prosperous set of associations robotically derived beside video content then data out of image area or associative cues is leveraged because of unverified surface labeling. The relations allude in imitation of the appearances regarding faces under distinctive spatiotemporal contexts or their visual similarities. The abilities consist of Web pix small tagged along greatness names and the Fame convivial networks. The associations or facts have elegantly encoded the use of conditional loosely subject (CRF) for memorandum inference. Two variations about back gloss are considered: within-video yet between-video back labeling. The preceding addresses the problem on scrappy and noisy labels between metadata, the place invalid labor over names is allowed a problem at any time been modest among the literature. The concluding, in addition, rectifies the mistakes of metadata, especially in accordance with right bogus labels or gloss faces along lacking names of the metadata over a video, by using allowing for a group of socially related videos because of league label inference.
Published by: Tejaswini Patil, Sonali Thosar, Bhagyashree Bhoyar
Author: Tejaswini Patil
Paper ID: V4I2-2064
Paper Status: published
Published: April 25, 2018
Time – Cost optimization in the road construction case study – Nashik sinnar highway
In the construction project, time and cost are the most important factors to be considered in the planning of every project. The aim is to finish the projects on time, within budget and to achieve other project objectives. Time loss is costly and it creates the problem which is related to costs. It increases cost with the increase in time of particular activity. Due to this, the total budget of the project gets collapsed.so Time-cost optimization is essential for construction projects. The objective of time-cost optimization is to determine the optimum project duration corresponding to the minimum total cost.
Published by: Rahul V. Baviskar, R V Devalkar
Author: Rahul V. Baviskar
Paper ID: V4I2-2027
Paper Status: published
Published: April 25, 2018
Web based smart audit service system
Smart Audit is an online application developed for the auditor office to handle all auditing services. Using this application, clients can submit the documents and register themselves to get the tax summary. The document will be reviewed by the auditor and then will be reported to the client online. The details of the audit report, date and time will be made available to them through the website. After getting the confirmation details, the candidate can have a direct conversation with the auditor. In this project, the system contains the operation of audit records, clients tax summary record management, tax eligibility criteria check online appointment etc. The main purpose of this project is to provide smart audit services to the clients effectively. A web-based graphical user interface will be used to make it easier for the clients to handle their audit reports online.
Published by: Arya PM, A. Ganesan
Author: Arya PM
Paper ID: V4I2-1805
Paper Status: published
Published: April 25, 2018
Case study on effective and elegant view of coffer slab
Nowadays, in the construction field, there are tremendous new technology and techniques used to give a decent look to the building so that the people get attracted towards the buildings and it will give the dealers and buyers to get through it. In this modern organization, the people demand that they have an innovative and creative design of the building for the aesthetic point of view. This paper represents that in the commercial building for the architectural consultant to design and shape by the coffer slab with different types of moulds used as per the drawings that are required by the client perspective and overview.
Published by: Dhanashree Chatterjee
Author: Dhanashree Chatterjee
Paper ID: V4I2-2147
Paper Status: published
Published: April 25, 2018
Comparison of AIS and GIS based on grounding design- A review
In any substation, grounding system deserves considerable attention as far as performance and design are considered. So grounding play very important role in the operation of the power system. The main purpose of this work is to design the grounding system for 400kV Darbhanga GIS substation. Then after the grounding design is done for identical 400kV AIS substation and comparison made between both types of the substation for grounding design.This design is done by using the IEEE 80-2000 standard for the safe grounding design in AC substation. Also, the comparison also made for both type of substation that how they differ from each other like the space requirement, spacing, no of equipment for both types of the substation, etc. The Auto Grid Pro and SD calc software are used for the grounding design of both types of the substation.
Published by: Himesh Solanki, Rahul Soni
Author: Himesh Solanki
Paper ID: V4I2-1994
Paper Status: published
Published: April 25, 2018
