| _version_ | 1866901314443673600 |
|---|---|
| author | Swapnil Babarao Shinde N. S. Payaghan |
| author_facet | Swapnil Babarao Shinde N. S. Payaghan |
| contents | Engineers are continually being asked to improve processes and increase efficiency. These requests may arise as a result of need to increase throughput, increase probability, or accommodate capital limitations. The processes which use heat transfer equipment must frequently be improved for these reasons. This paper provides method for increasing efficiency of shell and tube heat exchanger performance by using rough surfaces and grooved tubes to increase surface area for heat transfer. External grooved surface on outside of tube (fins) make heat transfer faster because of more surface area. This paper also provides methods to improve turbulence inside the tubes of heat exchangers by using inserts Main purpose of any heat exchanger is to exchange heat between hot fluid and cold fluid and reduce the temperature of hot water by giving its heat to the cold water. Due to this, heat exchanger finds its use in most of the devices working on thermal principles. Heat can be exchanged naturally between two substances at different temperatures but heat exchanger boosts the speed of heat transfer and is hence has a very important part in industries. The heat exchanger used for this project is of shell and tube type which is one of the most commonly used heat exchangers of today. |
| format | Recurso digital |
| id | zenodo_https___doi_org_10_5281_zenodo_18609722 |
| institution | Zenodo |
| language | |
| publishDate | 2021 |
| publisher | Zenodo |
| record_format | zenodo |
| spellingShingle | Design of Shell & Tube type Heat Exchanger by using Finite Element Analysis Swapnil Babarao Shinde N. S. Payaghan Heat exchanger thermal principles Engineers are continually being asked to improve processes and increase efficiency. These requests may arise as a result of need to increase throughput, increase probability, or accommodate capital limitations. The processes which use heat transfer equipment must frequently be improved for these reasons. This paper provides method for increasing efficiency of shell and tube heat exchanger performance by using rough surfaces and grooved tubes to increase surface area for heat transfer. External grooved surface on outside of tube (fins) make heat transfer faster because of more surface area. This paper also provides methods to improve turbulence inside the tubes of heat exchangers by using inserts Main purpose of any heat exchanger is to exchange heat between hot fluid and cold fluid and reduce the temperature of hot water by giving its heat to the cold water. Due to this, heat exchanger finds its use in most of the devices working on thermal principles. Heat can be exchanged naturally between two substances at different temperatures but heat exchanger boosts the speed of heat transfer and is hence has a very important part in industries. The heat exchanger used for this project is of shell and tube type which is one of the most commonly used heat exchangers of today. |
| title | Design of Shell & Tube type Heat Exchanger by using Finite Element Analysis |
| topic | Heat exchanger thermal principles |
| url | https://doi.org/10.5281/zenodo.18609722 |