![H&MT: Lesson 10. Special cases: Fin insulated at the end, fin sufficiently long Variation of Heat Loss from Fins with Length H&MT: Lesson 10. Special cases: Fin insulated at the end, fin sufficiently long Variation of Heat Loss from Fins with Length](http://ecoursesonline.iasri.res.in/pluginfile.php/2648/mod_page/content/2/e10.2.jpg)
H&MT: Lesson 10. Special cases: Fin insulated at the end, fin sufficiently long Variation of Heat Loss from Fins with Length
![H&MT: Lesson 10. Special cases: Fin insulated at the end, fin sufficiently long Variation of Heat Loss from Fins with Length H&MT: Lesson 10. Special cases: Fin insulated at the end, fin sufficiently long Variation of Heat Loss from Fins with Length](http://ecoursesonline.iasri.res.in/pluginfile.php/2648/mod_page/content/2/e10.24.jpg)
H&MT: Lesson 10. Special cases: Fin insulated at the end, fin sufficiently long Variation of Heat Loss from Fins with Length
![H&MT: Lesson 10. Special cases: Fin insulated at the end, fin sufficiently long Variation of Heat Loss from Fins with Length H&MT: Lesson 10. Special cases: Fin insulated at the end, fin sufficiently long Variation of Heat Loss from Fins with Length](http://ecoursesonline.iasri.res.in/pluginfile.php/2648/mod_page/content/2/e10.10.jpg)
H&MT: Lesson 10. Special cases: Fin insulated at the end, fin sufficiently long Variation of Heat Loss from Fins with Length
![H&MT: Lesson 10. Special cases: Fin insulated at the end, fin sufficiently long Variation of Heat Loss from Fins with Length H&MT: Lesson 10. Special cases: Fin insulated at the end, fin sufficiently long Variation of Heat Loss from Fins with Length](http://ecoursesonline.iasri.res.in/pluginfile.php/2648/mod_page/content/2/e10.5.jpg)
H&MT: Lesson 10. Special cases: Fin insulated at the end, fin sufficiently long Variation of Heat Loss from Fins with Length
![Three identical straight fins, 10 mm in diameter and 120 mm long are exposed to an ambient with convective heat transfer coefficient of 32 W/m^2.K. Compare their efficiency and relative heat flow Three identical straight fins, 10 mm in diameter and 120 mm long are exposed to an ambient with convective heat transfer coefficient of 32 W/m^2.K. Compare their efficiency and relative heat flow](https://holooly.com/wp-content/uploads/2021/02/18.1-768x118.png)
Three identical straight fins, 10 mm in diameter and 120 mm long are exposed to an ambient with convective heat transfer coefficient of 32 W/m^2.K. Compare their efficiency and relative heat flow
![Three identical straight fins, 10 mm in diameter and 120 mm long are exposed to an ambient with convective heat transfer coefficient of 32 W/m^2.K. Compare their efficiency and relative heat flow Three identical straight fins, 10 mm in diameter and 120 mm long are exposed to an ambient with convective heat transfer coefficient of 32 W/m^2.K. Compare their efficiency and relative heat flow](https://holooly.com/wp-content/uploads/2021/02/18-4.png)