Statement of Purpose Mr. Ajinkya Vivek Shah Introduction Having learnt from past, I live in the present with an eye on future. By facing problems in day to day life I learnt that in the challenging world, there requires an ability to look beyond the present. Since childhood I was fond of science and as I grew up I started exploring the science subject. To persist with my eagerness of science subject, I planned to pursue engineering which happens to be an application of the science subject. With
house. Passive design use the natural sources as the medium for heatign and cooling such as the heat from the sun light and cool air breeze. The most important part to have a good passive design
“Science can amuse us all, but it is engineering that challenges the world” –Isaac Asimov Cluster of Physics, Chemistry, Biology and Mathematics in my schooling sowed a seed of engineering passion in me. It was during my 9th grade, when I represented the school in an inter-school Science-Quiz competition, motivated me to discover the auxiliary essentials of Science and technology in modern world. In my high school the various topics in Physics and Mathematics made me wonder how the blend of traditional
thermoelectric module and heat exchanger. Experimental investigation shows that HFC’s causes the temperature of the earth to increase by almost 10%. These HFC’s are commonly used in air conditioners (Prof. N. B. Totala, Prof. V. P. Desai
Introduction Heat is a form of energy that is associated with the moment of molecule in the material. This is often measured in temperature. Heat is only transferred when there is difference in temperature between two materials. Heat is basically transferred by three methods- 1. Convection 2. Radiation 3. Conduction Heating or Cooling of various substances such as gases liquid or any other matter has a great industrial application around the globe this process of heating and cooling is related industries
FUNCTION/CLASSIFICATION Heat exchangers are devices that transfer of heat from one to another. Heat only can flow from hotter to cooler fluid (Heat exchanger (general), n.d). They are widely used in space heating, refrigeration and air conditioning (Heat exchanger, 2015). They are used for transfer heating and cooling applications (Types of heat exchangers, n.d). There are some reasons for heat transfer: 1. To reduce the temperature of a hot fluid by means cooler fluid 2. To heat up a liquid by means
Athanase who discovered it in 1834. It is the generation of a hot and cold side at an electrified junction of two different conducting materials. When a current is made to flow through a junction between two conductors A and B, heat may be generated (or removed) at the junction. The heat generated at the junction per unit time, , is given
an electrically driven compressor and a condenser followed by a receiver, a sight glass and a filter/drier. Table 2 gives specifications of the main components of the refrigerant circuit. As the refrigerant flows through the evaporator, it absorbs heat that changes its phase. As a result, the superheated refrigerant vapor leaves the evaporator (state point 1) and then goes to the compressor. The compressor increases the pressure of the refrigerant
I am a student of engineering whose life aim is to explore the new approaches so as we can compete the future challenges. As the engineering is going to discover new horizons in every field, I am looking for the singularity by which we can actually combine the resources for the ease of humanity. As a human I believe that it’s my obligation to give my best capabilities for the development of society. Hence I have decided to further enhance my studies to Masters Level for being a part of growing technological
1.1 Heat exchangers One of the important processes in engineering is the heat exchange between flowing fluids. Heat exchanger is a device used for the process of heat exchange between two fluids that are at different temperatures. Heat exchangers are one of the mostly used equipments in the process industries. One can realize their usage that any process which involves cooling, heating, condensation, boiling or evaporation will require a heat exchanger for these purposes. Process fluids, usually