HMT Unit 4 – Radiation | SPPU TE Mechanical | Full Numericals

Question Two large parallel plates are maintained at temperatures of 600 °C and 300 °C having their emissivity’s of 0.9 and 0.4 respectively. A radiation shield having emissivity of 0.02 is inserted in between them. Calculate[10] i) Heat transfer rate without shield 2) Heat transfer rate with shield and Use σ = 5.67×10–8W/m2K 3) % of reduction SPPU TE Mechanical – HMT Unit 4: Radiation (Theory + Numericals) This video explains Radiation Heat Transfer for end-sem exams, including all important SPPU pattern numericals such as emissive power, shape factor, radiation exchange between surfaces, blackbody concepts, gray body, and radiation shields. What’s included: ✔ Radiation basics & laws (Stefan–Boltzmann, Kirchhoff, Planck) ✔ Blackbody, gray body & real-surface properties ✔ Shape factor (View factor) formulas & solved sums ✔ Enclosed surface radiation problems ✔ Radiation shield numerical examples ✔ Important end-sem theory points ✔ TE Mechanical exam-oriented shortcuts ✔ Mistakes students commonly make in Unit 4 If this video helps you — LIKE, SHARE & COMMENT your next HMT unit request. #hmt #radiation #HMTUnit4 #SPPUTEMechanical #TEMechanical #heattransfer #RadiationHeatTransfer #engineeringstudents #mechanicalengineering #exampreparation #sppu #endsemprep #thermalengineering #solvednumericals Join our “Mature Engineers” WhatsApp Group! https://chat.whatsapp.com/LrtOCWG7hFS... We are creating year-wise general groups for notes, communication, and doubt solving. Everyone is invited to join and share these groups with your classmates. Stay updated with exam alerts, important notes, and study resources! BE general https://chat.whatsapp.com/IxhgGLwvJhL... TE general https://chat.whatsapp.com/BGxSz74kJ0q... SE general https://chat.whatsapp.com/BfEXM3JqvLr... FE general https://chat.whatsapp.com/KOAFVVxvVt1...