SOHAN CHANDRAKANTH B | Presidency University, Bengaluru (original) (raw)

Papers by SOHAN CHANDRAKANTH B

Student,Mechanical Department, Presidency University, Itgalpur Rajanakunte, Yelahanka, Bengaluru,... more Student,Mechanical Department, Presidency University, Itgalpur Rajanakunte, Yelahanka, Bengaluru, Karnataka, pin.no560064, India. ---------------------------------------------------------------------***---------------------------------------------------------------------Abstract The study presents HYBRID RENEWABLE ENERGY SYSTEMS (HRES), a technology which is under a heavy research phase. As world's power consumption is increasing regularly and consequently, demand for more power generation is inevitable. So this power demand can be produced by Renewable energy resources up to some significant percentage of total demand. Different Hybrid Systems can play an effective role to overcome our future energy consumptions with a cost-effective energy conversion system. Integration of these resources is highly appreciated for providing a reliable power source to the world. In this paper HRES, Different Hybrid Systems and Completely Renewable Hybrid Power Plant (solar, wind, biomass, and h...

These days, the quick worldwide environmental change is creating a dangerous atmospheric deviatio... more These days, the quick worldwide environmental change is creating a dangerous atmospheric deviation. Water contamination and destructive gas outflows are to a great extent brought about by the broad utilization of synthetic substances derived from oil and petroleum derivative and accordingly the consuming of plastic materials. The specialists from way across the world have referenced that the dumping of plastic waste and nonbiodegradable materials is the essential issue of the contamination. To take care of this issue cellulose and different other biodegradable materials may be potential other options. This article contains the importance of Bio nanocomposites (BNC's), strategies for amalgamation of Bio nanocomposite, the ongoing turns of events and utilizations of naturally well-disposed nano-with miniaturized scale organized polymeric materials like chitin, starch, polycaprolactone and nanocellulose.

The Six Sigma (6σ) method is used to improve and optimize an organization’s products, services, a... more The Six Sigma (6σ) method is used to improve and optimize an organization’s products, services, and processes by constantly decreasing defects. In this paper we try implementing the 6σ methodology in Academia. The challenges and actuality of implementation of 6σ methodologies successfully in Academia are immense. However, the benefits of applying 6σ are equally great. The objective of this paper is to understand the evolution, benefits, and challenges of 6σ practices in academia through a case study of Presidency University situated in Bangalore, Karnataka, India. The problem statement in the paper is the poor performance of students in academics and by using the DMAIC approach of 6σ we try to identify and understand the causes and set out to improve them so the students can have better placement and academic opportunities. This paper is also an attempt to show the readers about the wide application of 6σ in fields other than manufacturing and how it can be beneficial.

Student,Mechanical Department, Presidency University, Itgalpur Rajanakunte, Yelahanka, Bengaluru,... more Student,Mechanical Department, Presidency University, Itgalpur Rajanakunte, Yelahanka, Bengaluru, Karnataka, pin.no560064, India. ---------------------------------------------------------------------***---------------------------------------------------------------------Abstract The study presents HYBRID RENEWABLE ENERGY SYSTEMS (HRES), a technology which is under a heavy research phase. As world's power consumption is increasing regularly and consequently, demand for more power generation is inevitable. So this power demand can be produced by Renewable energy resources up to some significant percentage of total demand. Different Hybrid Systems can play an effective role to overcome our future energy consumptions with a cost-effective energy conversion system. Integration of these resources is highly appreciated for providing a reliable power source to the world. In this paper HRES, Different Hybrid Systems and Completely Renewable Hybrid Power Plant (solar, wind, biomass, and h...

These days, the quick worldwide environmental change is creating a dangerous atmospheric deviatio... more These days, the quick worldwide environmental change is creating a dangerous atmospheric deviation. Water contamination and destructive gas outflows are to a great extent brought about by the broad utilization of synthetic substances derived from oil and petroleum derivative and accordingly the consuming of plastic materials. The specialists from way across the world have referenced that the dumping of plastic waste and nonbiodegradable materials is the essential issue of the contamination. To take care of this issue cellulose and different other biodegradable materials may be potential other options. This article contains the importance of Bio nanocomposites (BNC's), strategies for amalgamation of Bio nanocomposite, the ongoing turns of events and utilizations of naturally well-disposed nano-with miniaturized scale organized polymeric materials like chitin, starch, polycaprolactone and nanocellulose.

The Six Sigma (6σ) method is used to improve and optimize an organization’s products, services, a... more The Six Sigma (6σ) method is used to improve and optimize an organization’s products, services, and processes by constantly decreasing defects. In this paper we try implementing the 6σ methodology in Academia. The challenges and actuality of implementation of 6σ methodologies successfully in Academia are immense. However, the benefits of applying 6σ are equally great. The objective of this paper is to understand the evolution, benefits, and challenges of 6σ practices in academia through a case study of Presidency University situated in Bangalore, Karnataka, India. The problem statement in the paper is the poor performance of students in academics and by using the DMAIC approach of 6σ we try to identify and understand the causes and set out to improve them so the students can have better placement and academic opportunities. This paper is also an attempt to show the readers about the wide application of 6σ in fields other than manufacturing and how it can be beneficial.