HEAT AND MASS TRANSFER PYQ SOLUTION | Convection, Boiling & Condensation

Описание: 📘 Heat Transfer Numericals | Convection, Boiling & Condensation | Mechanical Engineering

In this video, we solve important numericals from the topic of Convection Heat Transfer, Boiling, and Condensation. This will help students understand step-by-step problem solving for university exams, GATE, ESE, and competitive exams.

problem statement - The local atmospheric pressure in Denver, Colorado (elevation 1610 m),
is 83.4 kPa. Air at this pressure and 20°C flows with a velocity of 8 m/s
over a 1.5 m × 6 m flat plate whose temperature is 140°C (Figure).
Determine the rate of heat transfer from the plate if the air flows parallel to
the (i) 6 m long side and (ii) the 1.5 m side..

🔑 Topics of Numericals Covered:

✔️ Local & Average Heat Transfer Coefficient
✔️ Flat Plate & Pipe Flow – Hydrodynamic & Thermal Boundary Layers
✔️ Forced Convection – Empirical Correlations (Flat Plate, Pipe, Cylinder, Sphere, Tube Banks)
✔️ Free Convection – Vertical/Horizontal Surfaces, Cylinder, Sphere
✔️ Mixed Convection
✔️ Boiling – Types, Pool Boiling Regimes, Critical Heat Flux
✔️ Condensation – Film-wise & Drop-wise

🎯 Best for:

Mechanical Engineering Students

Carry On Study (University Exam Preparation)

GATE & ESE Aspirants

Quick Revision of Heat Transfer Numericals

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📌 Tags (use in description & upload box)

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