Fashion accessories are vital for fashion design in terms of creating the total look and presenting a fashion statement. They are also important for marketers to develop the correspondent market to increase the companies’ profit. The research was begun with a thorough review on men’s fashion accessories and their importance in fashion industry. E-commerce websites plays an important role in shopping online. They have created a platform for consumers to shop online, there are several reasons consumers browse and compare products online. Quantitative and qualitative research methodologies were adopted in this study. A structured questionnaire survey was undertaken to collect data from the consumers to collect information on the men’s fashion accessories. The methodologies include both the secondary and primary data. Convenience sampling technique is employed to source 211 respondents for the study The findings of the study determine the predominant factors that influence consumer in purchasing men’s fashion accessories online. The results of the study identifies the three factors that influence the consumers the most. viz., Product information and involvement, External Stimuli and Social Influence. These factors play a significant role in the overall purchase process of the fashion accessories in online stores.

Performance management is a significant part for well-functioning of the organizations. This process helps the Organization as a whole from defining objectives to achieving the desired goals. The utmost importance of this process is to ensure that the work performed by Employees attains the work of the company. Performance Appraisal is an integral part of Performance Management system. This process helps to examine and evaluate the effectiveness and efficiency of Employees based on their performance under the scheduled period. The main objective of this study is to understand the importance of performance management activities, identify the factors that influence the adaption of Performance management system and various Performance Management data used to carry out this process. There exists a gap in literature review, as previous studies have not explored all the performance management tools that can be adopted by the organizations. It is found that maximum importance is given to only one Technique and tools. Only in least cases more than two tools areused. It is possible to understand the working of Performance Management system, various activities that are adopted by the organizations and activities that they can adopt in the coming future. Also, the tools such as; behavioral Assessment, rating scale and 360 degree Method to analyse the Employees.

Fault Detection is very important in mechanical industry to detect objects with manufacturing defects and to isolate them. At present, fault detection is done manually when the mechanical components are transported for assembly and packing in an assembly line. This inspection is done randomly and not all the components are tested. Hence, there is a chance of missing out defected components in the assembly line. Also, this process is time consuming and all the features of the components cannot be verified accurately. This signifies that there is a need for an image processing based system to detect the defects in the components. In our project, a camera is mounted above the assembly line. The camera captures the images of the mechanical components (nuts and bolts) moving on conveyor belt. The captured images are processed so as to remove the background noise. The image is then enhanced to get the Region of Interest. It is extracted to measure the dimensions of the components. If any defect is found in the attributes of the mechanical components, an electrical signal will be sent to the Solenoid valve and then it actuates deflector plate by the pneumatic cylinder. Defected component is then pushed out of the conveyor and the defect-less products are carried to the packaging. By this way, components with manufacturing defect are identified and isolated way more efficiently.

In recent days we have been experiencing a lot of climatic changes as well as water shortfalls, resulting in an adverse effect on crops yield. In this paper we shall be discussing the technique to overcome these problems related to plantation. The technique called Hydroponics is briefly discussed in this paper. Also, Modern-day families are increasingly becoming an environmentally conscious and health conscious. People in urban areas are now adopting hydroponics — the method of growing plants without soil. Although clean eating caught the attraction of people a few years ago, this subset of hydro culture is a relatively new practice that’s finding prominence in neighborhoods across India as well as in some parts of India.

The objective of this paper is to investigate the combined effects of Diffuson – Thermo ( Dufour), thermal radiation, absorption of radiation and chemical reaction on MHD oscillatory flow of an optically conducting thin fluid in an asymmetric wavy channel filled with porous medium. Analytical expressions for the velocity, temperature and concentration profiles are obtained. Solutions are analyzed graphically for different values of arising parameters such as Schmidt number (Sc), Peclet number (Pe), Reynolds number (Re), absorption of radiation parameter (Ra), Dufour parameter (DT ), thermal Grashof number (Gr), solutal Grashof number (Gm), porous medium shape factor parameter (S), radiation parameter (N), magnetic parameter (M), chemical reaction parameter (K1), the geometric parameter’s like amplitude ratio’s (a and b), mean half width of the channel (d) and Phase angle (?t). The expressions for skin friction and the rate of heat and mass transfer coefficients at the channel walls are derived and discussed numerically for different physical parameters and exhibited in tabular form. The velocity and temperature increase with increasing radiation parameter and Dufour number whereas the concentration decreases with increasing chemical reaction parameter and Schmidt number. This study is carried out to obtain a better understanding of the flow instabilities with heat and mass transfer in wavy passages so that design guidelines may be developed.