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Research Paper Pg. 01-14

📋 Abstract

Abstract: Accidental load resisting structures are completely different type of load than considered in the conventional design. They experience rapid moving shock wave which may exert greater pressures than those of pressure exerted by hurricane, but the peak intensity lasts for a very small duration. To design such structures which are capable of resisting intense but short duration loads , members and joints are permitted to deflect and strain much greater than the limit allowed for usual static loads .This permitted deflection is in plastic range of material hence large amount of energy are observed during this action, thus reducing the required design strength considerably below that required by conventional design which is within elastic range moreover under higher rates of loading the strength developed by the material increases with the rate of loading. There is a standard for analysis and design of blast loading in IS: 4991-1968 but there are limitations for this Indian Standard code covers the blast loads only above the ground and also it does not consider the blast effects of nuclear explosions and this code was proposed in 1968 which is far back to the present requirements hence we have used the analytical method which is prescribed by “Unified Facilities Criteria by Department of Défense of USA” this code was proposed in the year 2008. So, this procedure is considered as an advanced method when compared to IS code. Thus, by doing the proper study on above all aspects, there is a scope of study to resist blast loads using shear wall and steel concrete composite structures for a multi storey building through Etabs software

Research Paper Pg. 15-22

📋 Abstract

Abstract: A pipe support is a steel structure which is used to support pipes inside a plant. It is used to transfer liquid between production equipment to storage facility. Optimization of steel pipe supporting structures in an oil & gas industry is complex and one of the important parts of structural systems for safe production processes. In this work steel pipe rack is designed for four different case i.e. one and two loops in the piping system and two different locations of braced bays. The results are further compared for the most optimized design.

Research Paper Pg. 23-31

📋 Abstract

Abstract: As drilling an oil well is very expensive process therefore any mistake or misunderstanding of a subject could cost the companies a hefty amount however over the globe companies have training program to learn & teach the candidate about the basic process but in oil filed learning by book and have practical knowledge on field is completely different things, therefore it would be beneficial if there are any technical guide lines in place prior to visit the filed location. The objective of this project to provide best practice guide lines on practical work to new candidate to get familiar with different & complicated step involved in the industry, this project mainly focused in training the directional drillers who are just passed out from the college or just joined the industry. Fresh hands work along with senior hand and in the development stage they view the goings “behind the shoulder”’ of a senior directional driller, opportunities are given to them to handle the basic operations. Failure to follow the proper field practical method can result in an unfortunate event of human error. Following the correct operation guide lines (best practice), performance can be improved upon more efficiently and faster ways. Ultimately eliminating non-productive time for our client & improve reputation of companies.