Waste management is the biggest problem for the present as well as the future world. We are creating a miserable future for the generation forced to live in this polluted world. The global metal waste alone is 1.3 billion tonnes and it is expected to grow to 27 billion tones by 2050. According to the latest report, India generates 1.57 lakh tonnes of solid waste per day. Out of which only 20% of waste is taken to the recycling path and the remaining 80% is landfills through the improper way. This 80% of waste creates a massive impact and spoils our environment. The objective of the paper is to study the extent of waste created by the world and the Indian. Further, this paper highlights the environmental impacts on human health. Finally, it gives suggestions to dispose the waste product properly without harming the environment with the help of recycling concept.

The concepts, parameters of assessing the structure, appearance and quality of several types of fancy yarn were presented in in Part I of this paper. Further, the methods, procedures and apparati needed to apply such concepts and parameters were also detailed in Part I. In Part II of this paper, however, those methods were applied to account for the structure and quality of several overfed fancy yarns, gimp yarns and bouclé yarns. The Area of Fancy Profile, the Number of Fancy Profiles, the Shape Factor of Fancy Yarn (ShF), the Relative Shape of Fancy Yarn (RSI) and Circularity Ratio of Fancy Profile (CR) were used to account for those types of fancy yarn. Based on those methods, it was possible to assess the structure and quality of the fancy yarns and to arrange them in ascending (or descending) order in terms of their quality, e.g. texture, structure, and fancy bulkiness. Further, a comparison between those methods and the traditional subjective method of quality assessments of fancy yarns revealed high levels of agreement.

Composite materials are preferred as an alternate for traditional metals due to its admirable properties like chemically inactive nature, high strength to weight ratio, ease of fabrication and capability of tailoring into the required shape. In order to apprehend the feasibility of Kevlar/E-glass and basalt/E-glass reinforced epoxy hybrid composites, this paper studies the low-velocity impact and flexural behavior and electrical conductivity of the composite laminates. Bend and impact test specimens were prepared as per ASTM 790 standard (80mm X 13mm X 3mm) and ASTM D256, ASTM D6110 standards respectively. The proportion of fiber and matrix material (75:25) is considered as an important factor for obtaining better flexural modulus. Izod and Charpy tests reveal that higher fiber volume fraction results in higher energy absorption. The hybrid composite combinations showed better electrical conductivity.

This review article recaps the basic concepts of Green Recruitment practices practiced in Indian Organizations and gives a summing up of prior researchers to offer an effective and efficient understanding of the same for this global competitive business environment. Green recruitment is the process of hiring candidates with knowledge, skills, approaches, and behaviors that identify with environmental management systems within an organization. It is a system where more accent is provided to the environmental aspects and making it a major element of the organization, as the society is nowadays more worried towards the existing environmental issues. Moreover, today the business environment has been forced to undergo swift changes and the organizations which do not realize and acclimate those changes on time find very hard chances to survive. In this regard, organizations have started realizing and understanding the importance of green recruitment, since it has also been proved as an effective strategy to brand themselves for attracting and retaining the talent.

The general prerequisites of a part in the mechanical, automobile and aviation have given many testing conditions. New materials can be found and manufactured to some valuable segments. This work is directed to get a better understanding and portrayal of the dispersion holding of comparative and different metals. This work goes for building up a basic strategy to get diffusion bonding joints at generally not ease. In diffusion bonding, two metal surfaces are united into contact at expanded temperatures under strain for a specific timeframe. It also aimed to obtain optimum parameters for diffusion bonding of zinc coating over aluminium alloy plate and magnesium alloy. These two metals are jointed inside the die after finishing surface treatment. Then the die is kept inside the diffusion bonding machine by varying the time, temperature, pressure by means of load. Diffusion bonding equipment is fabricated and verified with experiments so that it is capable of rendering accurate diffusion bonding joints with facilities to measure parameters and to investigate the super plastic diffusion bonding joints with interlayer. This method is devised to study the mechanical and metallurgical characteristics of the joint.