CH-TC-HT: Checklist: Year-wise Checklist GATE-CH 1988-1999

1988
1988-4-b: Heat Exchangers - Matching
1988-4-c: LMTD of Stirred Tank
1988-14-i-ht
1988-14-ii: Vertical and Horizontal Condensations
1988-14-iii: Conduction - Flat Surface
1989
1989-4-i-a: Thermal Conductivity of Materials
1989-4-i-b: Convection - Dimensional Numbers
1989-4-i-c: Convection - Helical Coil
1989-4-i-d: Convection - Correlation
1989-4-ii: Dimensional Numbers
1989-4-iii: Heat Transfer Coefficient - Processes
1989-14-i: Conduction - Unsteady - Lumped Capacity
1989-14-ii: Conduction - Flat Surface
1989-14-iii: Convection - Liquid Metal
1990
1990-4-iii: Grashof Number
1990-4-iv: Radiative Heat Transfer Coefficient
1990-14-i: Heat Exchanger Calculations
1990-14-ii: Jacketed Vessel - Heat Transfer Area
1991
1991-3-iii: Colburn Analogy
1991-5-i-a: Conduction - Flat Surface
1991-5-i-b: Biot Number - Sphere
1991-5-ii: Dittus-Boelter - Validity
1991-5-iii: Heat Transfer Coefficient - Processes - Matching
1991-15-i: Heat Exchanger Calculations
1991-15-ii: Heat Loss from Surface by Convection and Radiation
1992
1992-5-a-ht
1992-5-b: Heat Exchanger - Indirect / Direct Contact
1992-5-c: Effect of Roughness on Boiling
1992-5-d: Evaporation - Backward Feed vs Forward Feed
1992-15-a: Radiation Shield
1992-15-b: Conduction - Unsteady
1993
1993-11-a: Natural Convection - Hot Plate Orientation
1993-11-b-i: Condensation - Local and Average Heat Transfer Coefficients
1993-11-b-ii: Evaporation - Capacity - Multiple Effects
1993-21-a-i: Unsteady Cooling by Radiation
1993-21-a-ii: Fouling Factor - Heat Exchanger
1993-21-b: Critical Thickness of Insulation
1994
1994-1-l: Prandtl Number
1994-1-m: Heat Transfer Coefficient - Developing Flow
1994-1-n: Biot Number
1994-2-m: Radiation vs Wavelength
1994-3-d: Natural Convection - Velocity Profile
1994-3-e: Radiation - Surface Temperature and Wavelength
1994-3-j: Radiation - Heat Transfer without Medium
1994-4-g: Stanton and Prandtl Numbers
1994-4-i: Radiation - View Factor
1994-4-j: Nusselt and Biot Numbers
1994-4-k: Critical Thickness of Insulation
1994-7-ht
1994-16: Condensation - Heat Transfer Rate
1994-17-ht
1994-18: Conduction - Variable Area
1995
1995-4-a: Steam for Heat Transfer
1995-8: Heat Exchanger - Area
1996
1996-1-9: Natural Convection - Dimensionless Number
1996-1-10-ht
1996-1-11: Non-dimensional Temperature Gradient - Dimensionless Numbers
1996-2-7: Thermal and Hydrodynamic Boundary Layers
1996-2-8: Mixed Convection
1996-3-2: Overall Heat Transfer Coefficient - Fluid Combinations
1996-3-4: Rayleigh and Graetz Numbers
1996-20: Conduction - Unsteady
1996-21: Heat Exchanger - Condenser Tube Length
1997
1997-1-11: k vs T from Kinetic Theory
1997-1-12: Absorptivity and Emissivity of Black Body
1997-2-9: Thermal Conductivity vs Temperature Gradient
1997-2-10: Temperature of Radiating Surface
1997-2-11: Condensation Types - Comparison
1997-5: Heat Exchanger - Length
1997-16: Conduction - Reduction in Heat Loss
1997-17: Conduction - Unsteady - Lumped Capacity
1998
1998-1-6: Thermal Conductivity Variation with Temperature
1998-1-14: Evaporation - Comparison of Single and Multiple Effects
1998-2-11-ht
1998-2-12: Radiation - Flux and Temperature
1998-16: Conduction - Flat Walls
1998-17: Heat Exchanger - Optimization
1999
1999-1-13: Phase Rule in Heat Transfer
1999-1-14: Boiling - Heat Transfer Coefficient vs Temperature Difference
1999-1-15: Convection - Heat Transfer in Fluid
1999-1-16: Natural Convection - Variables
1999-2-8: Conduction - Cylindrical Wall
1999-2-9: Heat Exchanger - Temperature Profile
1999-2-10: Conduction - Resistances in Series
1999-12: Conduction - Temperature Profile - Spherical Surface
1999-13: Heat Exchanger - Time Required for Heating