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

1988
1988-12-i: Pressure Drop for a given Flow
1988-12-ii-fm
1988-2-i: Reynolds Number of Ideal Fluid
1988-2-ii: Pseudo Plastic Fluid
1988-2-iii-fm
1988-2-iv: Bernoulli - Exit Pressure Greater than Inlet
1988-2-v: Fluidization - Pressure Drop
1988-2-vi: Hydraulic Radius - Square Duct
1988-2-vii: Friction - Pressure Drop Comparison
1989
1989-12-i: Buoyancy - Force to Hold a Ball in Liquid
1989-12-ii: Friction - Pressure Loss Coefficient
1989-12-iii-fm
1989-2-i-a: Friction - Pressure Drop vs Velocity
1989-2-i-b: Bernoulli - Applicable Conditions
1989-2-i-c: Dilatant Fluid
1989-2-i-d-fm
1989-2-ii-fm
1990
1990-12-i: Friction - Flow for a Pressure Drop
1990-12-ii: Flowmeter - Manometer Reading for a given Flow
1990-2-i-fm
1990-2-ii: Hydraulic Diameter - Annulus
1990-2-iii: Bernoulli - Streamline
1990-2-iv: Fluidization - Velocity vs Viscosity
1990-3-iv: Packed Bed - Pressure Drop vs Flow
1991
1991-13-i: Flowmeter - Orifice Size for a Flow
1991-13-ii-fm
1991-3-i-b-fm
1991-3-ii-fm
1991-9-ii: Statics - Pressure Measurement
1992
1992-13-a: Basics - Average Velocity of Mixture
1992-13-b: Boundary Layer - Equation
1992-3-a-fm
1992-3-b: Drag - Laminar Flow - Forces
1992-3-c: Drag - Laminar - Velocity
1993
1993-19-a: Flowmeter - Pitot Tube
1993-19-b: Buoyancy - Two Fluid
1993-9-a: Pump - NPSH
1993-9-b: Fluidization - Operating Velocity Range
1993-9-c: Rheology - Shear Stress vs Velocity Gradient
1994
1994-12: Friction - Flow Direction
1994-13: Fluidization - Minimum Velocity
1994-1-j: Rheology - Shear Stress vs Shear Rate
1994-1-k: Friction - Pressure Drop - Laminar Flow
1994-2-i: Flow Meter - Orifice vs Venturi - Pressure Recovery
1994-3-b-fm
1994-4-h: Buoyancy - Forces
1995
1995-18: Packed Bed - Particle Size
1995-1-e: Drag - Force Balance - Terminal Settling Velocity
1995-1-f: Ideal Fluid Flow - Reynolds Number
1995-2-i: Packed Bed - Hydraulic Mean Diameter
1995-2-l: Fluidized Bed - Pressure Drop
1995-2-m: Pitot Tube
1995-3-e-fm
1996
1996-13: Packed Bed - Flow
1996-14: Friction - Pressure Drop - Ammonia Gas
1996-1-4: Rheology - Fluid Type - Example
1996-1-5-fm
1996-2-4: Rotameter - Flow vs Density
1996-2-5-fm
1996-3-1-fm
1996-3-3: Friction - Laminar / Turbulent Flows - Equations
1996-6: Bernoulli - Flow through Tank Bottom
1997
1997-14: Friction - Pressure Drop
1997-15: Buoyancy - Wood Floating in Water
1997-1-7: Friction - Laminar - Flowrate vs Radius
1997-1-8: Drag - Laminar
1997-1-9: Hydraulic Radius - Annulus
1997-2-6: Packed Bed - Pressure Drop vs Diameter of Particles
1997-2-8: Fluidized Bed - Pressure Drop
1997-4: Pump - Power
1998
1998-1-10: Globe Valve Usage
1998-1-11: Hydraulic Radius - Rectangular Duct
1998-14-fm
1998-1-9: Boundary Layer Separation - Condition
1998-2-10: Friction - Pressure Drop vs Flowrate
1998-4-fm
1999
1999-10: Time for Emptying Conical Tank Contents
1999-1-10: Pump - Cavitation
1999-1-11: Packed Bed - Pressure Drop - Laminar Flow
1999-11: Pump - Power
1999-1-9: Mass Balance - Flow Distribution
1999-2-7-fm
1999-9: Flow Meter - Orifice