HEAT TRANSFER PDF FOR MECHANICAL ENGINEERING

 
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Topics Of HEAT-TRANSFER PDF FOR MECHANICAL ENGINEERING:

UNIT – I
  • Introduction : 
  • Modes and mechanisms of heat transfer
  • Basic laws of heat transfer 
  • General discussion about applications of heat transfer.
  • Conduction Heat Transfer 
  • Fourier rate equation 
  • General heat conduction equation in Cylindrical, Cartesian and Spherical Coordinates.
UNIT – II
  • Simplification and forms of the field equation 
  • steady, unsteady and periodic heat transfer
  • Initial and boundary conditions.
  • One Dimensional Steady State Conduction Heat Transfer: hollow cylinders, Homogeneous slabs,  and spheres 
  • the overall heat transfer coefficient
  • electrical analogy 
  • Critical radius of insulation
  • One Dimensional Steady State Conduction Heat Transfer
  • Variable Thermal conductivity – Heat generation or systems with heat sources
  • Extended surface (fins) Heat Transfer 
  • Long Fin, Short Fin, And Fin with insulated tip, Application to error measurement of Temperature.
UNIT – III
  • One Dimensional Transient Conduction Heat Transfer
  • Systems with negligible internal resistance 
  • The significance of Biot and Fourier Numbers
  • Chart solutions of transient conduction systems
  • The concept of Functional Body
UNIT – IV
  • Convective Heat Transfer 
  • Classification of systems based on causation of flow, the condition of flow, the configuration of flow and medium of flow
  • Dimensional analysis as a tool for experimental investigation 
  • Buckingham Pi Theorem
  • Method Of Buckingham Pi Theorem
  • Application Of Buckingham Pi Theorem for developing semi-empirical non– dimensional correlation for
  • convection heat transfer 
  • The significance of non-dimensional numbers
  • Concepts of Continuity, Momentum and Energy Equations.
  • Forced convection
  • External Flows
  • Concepts about thermal boundary and layer hydrodynamic and use of empirical correlations for
  • convective heat transfer
  • Flat plates and Cylinders
  • Internal Flows
  • Concepts about Hydrodynamic and Thermal Entry Lengths
UNIT – V
  • Free Convection
  • Development of thermal boundary layer and Hydrodynamic   along a vertical plate
  • Use of empirical relations for pipes and Vertplates
UNIT – VI
  • Heat Transfer with Phase Change: Boiling:
  • Pool Boiling
  • Regimes Calculations on Critical Heat flux, Nucleate boiling, and Film boiling.
  • Condensation: FFilm-wise and dropwise condensation
  • Nusselt’s Theory of Condensation on a vertical plate
  • Film condensation on and horizontal and vertical cylinders using empirical correlations.
UNIT – VII
  • Heat Exchangers: Classification of heat exchangers
  • overall heat transfer Coefficient and fouling factor
  • Concepts of LMTD and NTU methods 
  • Problems using LMTD and NTU methods.
UNIT – VIII
  • Radiation Heat Transfer :
  • Emission characteristics and laws of black
  • body radiation
  • Irradiation 
  • total and monochromatic quantities
  • laws of Planck, Boltzmann Wien, Kirchoff, and Lambert, Stefan 
  • heat exchange between two black bodies
  • concepts of shape factor
  • Emissivity
  • heat exchange between grey bodies
  • radiation shields
  • an electrical analogy for radiation networks.

About: 

  • Book Name: HEAT-TRANSFER PDF FOR MECHANICAL ENGINEERING
  • Size: 2 MB
  • Pages:773
  • Quality: Good
  • Format: Pdf
  • Language: English
  • Credit: S K MONDAL
CLICK HERE FOR DOWNLOAD
  1. YUNUS CENGEL
  2. R. K. RAJPUT
  3. P. K.NAG
  4. KOTANDARAMAN
  5. FRANK KREITH
  6. VEDAT S. ARPACI
  7. JOHN LIENHARD
  8. J.P. HOLMAN
  9. INCROPERA

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