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Experiments for Review

Experiments in Chemical Engineering

Dynamics of Fluid Flow (Fluid Mechanics)

IIT Bombay

1. Bernoulli's Equation
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10. Flow over Trapezoidal open channel
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11. Flow over Circular open channel
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2. Bernoulli's Equation for real fluids
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3. Flow Through Venturimeter
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4. Flow Through Orifice-meter
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5. Pitot Tube
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6. Flow through Large Rectangular Orifice
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7. Flow through orifice at the bottom of the tank
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8. Flow over Notches
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9. Flow over Rectangular open channel
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Roots of Equation

IIT Bombay

1. Bisection Method
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2. False position method
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3. secant method
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4. newton raphson method
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5. one point iterative method (successive)
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6. non-linear equation (successive Substitution Method)
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7. non-linear equation (newton raphson method)
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8. Modified newton raphson method
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Buoyancy and Floatation (Fluid Mechanics)

IIT Bombay

1. Centre of buoyancy of rectangular block
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2. Centre of buoyancy of circular log
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3. To find the density of stone
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4. Metacentre and stability of wooden block
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5. Metacentre and stability of circular block
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6. Metacentre and stability of cone
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7. Lift and Drag
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8. Lift and drag on sphere and cylinder
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Fluid Properties (Fluid Mechanics)

IIT Bombay

1. Density, Specific Gravity and specific weight
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2. Dynamic and kinematic viscosity
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3. Bulk Modulus and compressibility
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4. Hydraulic press
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ODE

IIT Bombay

1. Euler's method first order equation c
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10. Talor's Series method c
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2. Runge Kutta method 2nd order c
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3. Runge Kutta method 4th order c
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4. System of ODE Runge Kutta method 2nd order
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5. System of ODE Runge Kutta method 4th order
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6. System of ODE Euler's method 2nd order
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7. Modified Euler's method
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8. Milne's Method
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9. Adam Bashforth Method
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PDE

IIT Bombay

1. Finite difference solving boundary value problems
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2. Parabolic equation-explicit method
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3. Hyperbolic equation
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4. Elliptical equation-laplace equation
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5. Elliptical equation-possion equation
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6. Elliptical equation-laplace equation with one end insulated
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7. Parabolic equation-implicit method (Crank-Nicholson Method)
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Forced and Natural Convection (Heat and Mass Transfer)

IIT Bombay

1. Fundamental of fluid flow
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2. Thermal Boundary Layer
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3. External and internal Flow
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4. Natural Convection, Local and Average Heat Transfer Coefficient
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5. Natural Convection and unsteady, natural convection and radiation
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6. Effect of position of surface
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Conduction I (Heat and Mass Transfer)

IIT Bombay

1. Fundamentals of Heat Conduction
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2. Introduction to conduction
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3. conduction through slab (Conductivity as a function of temperature)
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4. conduction through cylinder and sphere (Conductivity as a function of temperature)
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5. Conduction- Slab with varying cross section
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6. conduction through composite slab
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7. conduction through composite cylinder and sphere
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8. Critical radius of insulation
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Conduction II (Heat and Mass Transfer)

IIT Bombay

1. Heat conduction with heat generation in slab
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2. Heat conduction with heat generation in cylinder and sphere
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3. Heat transfer through pin fin
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4. Unsteady state heat conduction 1
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5. Unsteady state heat conduction 2
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Hydrostatic forces on surface(Fluid Mechanics)

IIT Bombay

1. Hydrostatic force on rectangular plate
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2. Hydrostatic force on circular plate
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3. Hydrostatic force on triangular plate
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4. Hydrostatic force on trapezoidal plate
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5. Hydrostatic force on inclined rectangular plate
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6. Hydrostatic force on inclined circular plate
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7. Hydrostatic force on inclined triangular plate
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8. Hydrostatic force on curved surface (circular)
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9. Hydrostatic force on curved surface (parabola)
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Univariate - Numerical Methods in Chemical Engineering

IIT Bombay

1. Hypothesis testing: the one sample z test
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10. Hypothesis testing: One-way ANOVA
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2. Hypothesis testing: the one sample t test
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3. Hypothesis testing: the chi square test + conf interval
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4. Hypothesis testing: testing the proportion of a Binomially distributed variable
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5. Hypothesis testing: Comparing the means of two populations (variances known)
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6. Hypothesis testing: Comparing the means of two populations: variances unknown but assumed equal
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7. Hypothesis testing: Comparing the variances of two populations (the F test)
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8. Hypothesis testing: Comparing Means of two populations: variances unknown but assumed unequal
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9. Hypothesis Testing: The paired t test
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Optimization

IIT Bombay

1. Interval methods: Golden Search
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Boiling and condensation

IIT Bombay

1. Introduction to condensation
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Kinematics of Flow and Ideal flow (Fluid Mechanics)

IIT Bombay

1. Introduction to Continuity Equation
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2. Velocity and acceleration
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3. Velocity Potential Function and stream Function
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4. Rotational, Irrotational flow and Shear strain
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5. Vortex Flow
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Interpolation

IIT Bombay

1. Lagrange's Interpolation
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2. Newton Interpolation Forward
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3. Newton Interpolation Backward
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4. Newton Interpolation divided difference
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5. Hermite spline interpolation(cubic)
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6. Cubic spline interpolation
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7. Beta-splines (cubic)
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8. Inverse Interpolation
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9. Cubic Bezier Interpolation
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Radiation (Heat and Mass Transfer)

IIT Bombay

1. Laws of Radiation
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2. Shape Factor
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3. Solar Radiations
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4. Radiation shield-Wall
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5. Radiation shield-tube and sphere
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6. Radiation from cavity
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7. Heat transfer in combined mode
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Flow through Pipes (Fluid Mechanics)

IIT Bombay

1. Major and Minor Loss
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2. Hydraulic Gradient and Total Energy Line
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3. Flow through syphon
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4. Flow through pipes in series
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5. Flow through parallel pipes
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6. Flow through branched pipes
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Differentiation

IIT Bombay

1. Method Based on Interpolation (Lagrange's Method)
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2. Method Base on Finite Difference
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3. Method Based on Interpolation (Divided difference Method)
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Engineering Physics Lab I

IIT Bombay

1. Newton’s ring experiment: to determine the wavelength of light
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10. Determination of Hall voltage, and Hall coefficient in Hall effect set up
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2. Diffraction grating: to determine the wavelength of laser
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3. Laurentz half shade polarimeter: To determine the specific rotation of optically active substance
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4. Geiger Muller counter: To determine the optimum operating voltage and dead time of Geiger Muller tube
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5. Energy band gap of a semiconductor
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6. To Study The Characteristics of Solar Cell
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7. To determine the Planck's constant from kinetic energy versus frequency graph
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8. Measurement of Planck’s constant through Black Body Radiation
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9. Determination of ultrasonic waves velocity in liquid media
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Pressure & its Measurement (Fluid Mechanics)

IIT Bombay

1. Piezometer
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2. U-tube Manometer
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3. Single Column Manometer
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4. U-tube Differential Manometer
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5. Inverted U-tube Differential Manaometer
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Eigen Analysis

IIT Bombay

1. Polynomial Method
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2. Powers Method
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3. Inverse Powers Method
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Engineering Physics Lab II

IIT Bombay

1. Quincke’s Method: To determine the mass susceptibility of paramagnetic solution
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10. To draw the characteristics of an n-p-n or p-n-p transistor in common emitter mode
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2. Measurement of magnetic susceptibility by Gouy’s method
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3. Dielectric constant and Curie Temperature Measurement
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4. To determine the divergence of Given Laser Beam
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5. To determine the charge to mass ratio of electrons.
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6. To calculate Planck's constant to electron charge
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7. Michelson interferometer: to use the interferometer to measure wavelength of the He-Ne laser and to measure the refractive index of air
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8. Young’s double slit experiment based on interference
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9. To draw the characteristic curve of a forward biased P-N junction diode
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Regression - Numerical Methods in Chemical Engineering

IIT Bombay

1. regression-Is_the_slope_of_a_line_zero-NM_Lab
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2. regression-Interval-estimate-mean-response
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3. regression-Prediction interval for a future response
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4. regression-Calibration Problem
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5. regression-fitting_a_polynomial
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6. regression-Ordinary and Total_Least_Squares
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7. Transforming-rectangular-Hyperbola-using-linear-model
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Systems of Linear Equations

IIT Bombay

1. Sensitivity analysis
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10. Matrix Inversion
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11. Thomas Algorithm
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12. Gauss Seidel with relaxation
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2. Gaussian elimination
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3. LU decomposition
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4. Cholesky's method
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5. Gauss-Jordan elimination
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6. Sherman Morrison formula
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7. Storage and complexity
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8. Jacobi Method
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9. Gauss-Seidel
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Thermodynamics II Lab

IIT Bombay

1. To determine the boiling points of pure species under different pressures using Ebulliometer
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2. To determine the infinite dilution activity coefficients (IDACs) of a binary mixture using Ebulliometer
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3. To generate binary T-x-y data using Ebulliometer
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4. To determine the solubility of a solid in the given solvent
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Heat Tranfer Lab

IIT Bombay

1. To study the effect of change in the flow rate and temperature on the heat transfer coefficient under laminar flow conditions
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2. To study the effect of change in the flow rate and temperature on the heat transfer coefficient under turbulent flow conditions
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3. To determine the thermal conductivity of metals and study the effect of temperature
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4. To study the effect of change in the flow rate and temperature on the heat transfer coefficient in a Shell & Tube heat exchanger
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5. To study the effect of change in the flow rate and temperature on the heat transfer coefficient in a Plate heat exchanger
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Integration

IIT Bombay

1. Trapezoidal Rule with data set
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10. Weddle's rule
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11. Double integration trapezoidal rule
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12. Double integration simpson's rule (1/3)
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13. Double integration simpson's rule (3/8)
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14. Richardson extrapolation for integration
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2. Trapezoidal Rule continous function
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3. Simpson's rule (1/3,) Rule with data set
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4. Simpson's rule (1/3,) continous function
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5. Simpson's rule (3/8,) with data set
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6. Simpson's rule (3/8,) continous function
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7. Integration with unequal segments
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8. Gauss quadrature methods two point
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9. Gauss quadrature methods three point
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Viscous Flow, compressible flow, boundary layer (Fluid Mechanics)

IIT Bombay

1. Viscous flow through circular pipe
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2. Viscous flow between two parallel plate
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3. Viscousity Measurement
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4. Displacement,Momentum and Energy thickness-Boundary layer flow
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Fluid Mechanics Lab

IIT Kanpur

1. To determine the local point pressure with the help of pitot tube
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2. To find out the terminal velocity of a spherical body in water
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3. Determination of Cc, Cv, Cd of orifices
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4. Verification of impulse momentum principle
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5. To study the characteristics of a centrifugal pump
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6. Determination of metacentric height
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7. To find out the pressure drop when a fluid is flowing through a packed bed
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