Thermodynamics Of Fluid Phase Equilibria,

8weeks

JAYANT SINGH K

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What you will learn

  • Chemical Engineering

The goal of this course to introduce molecular thermodynamics as a practical tool for engineering applications. In particular, the course would present the first year graduate student or senior undergraduate student a broad introduction to the thermodynamics of phase equilibria typically encountered in designing chemical products and processes. The course is suitable for those students who have completed their course in undergraduate thermodynamics. It would be further useful if the student has also done the first undergraduate course on chemical engineering thermodynamics.

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Lecture 08- The Second Law of Thermodynamics
Preview 23:27
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Lecture 09- Entropy
Preview 20:06
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Lecture 10- Thermodynamic Calculus 1
Preview 17:07
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Lecture 11- Thermodynamic Calculus 2
Preview 13:16
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Lecture 12- Thermodynamic Calculus 3
Preview 21:25
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Lecture 13- Thermodynamic Calculus 4
Preview 15:36
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Lecture 14- Legendre Transformation and Free-energ...
Preview 21:23
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Lecture 15- Criteria for phase equilibria
Preview 16:59
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Lecture 16- Maxwell Relation
Preview 15:51
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Lecture 17- Stability Criteria
Preview 19:36

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Lecture 18- Thermodynamics of phase equilibrium
Preview 20:55
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Lecture 19- Chemical potential and fugacity
Preview 17:06
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Lecture 20- General discussion on fugacity
Preview 16:11
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Lecture 21- Ideal Gas Mixture -part 1
Preview 18:52
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Lecture 22- Ideal Gas Mixture -part 2
Preview 18:13
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Lecture 23- Partial Molar Properties
Preview 20:16
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Lecture 24- Partial Molar Properties from experime...
Preview 39:35

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Thermodynamics properties from volumetric data 1
Preview 27:41
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Thermodynamics properties from volumetric data 2
Preview 30:04
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Fugacity of pure liquids and solids
Preview 25:33
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Thermodynamics properties from volumetric data: ef...
Preview 24:51
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Approaches to phase equilibria calculation
Preview 24:46
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Traditional Approaches to phase equilibria calcula...
Preview 26:34
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Algorithms for vapor-liquid equilibria
Preview 29:25

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Probability and Multiplicity
Preview 29:45
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Multiplicity and maximising the multiplicity
Preview 33:18
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Introduction to statistical mechanics
Preview 25:38
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Partition function for independent particles
Preview 21:45
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Intermolecular Forces
Preview 30:27

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Models for molecular pair potentials
Preview 33:59
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Molecular Theory of corresponding states
Preview 32:34
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Molecular Interactions in dense fluid media
Preview 36:50
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Models for electrolyte systems
Preview 29:58
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Membrane Osmometry
Preview 21:54

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Fugacity of liquid mixture - 1
Preview 34:36
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Fugacity of liquid mixture - 2
Preview 30:38
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Models for fugacity of liquid mixtures-1
Preview 31:49
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Models for fugacity of liquid mixtures-2
Preview 17:17
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Examples of Fugacity of liquids
Preview 34:53

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Stability of the Fluid Phases
Preview 20:00
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Theories of Solution - I
Preview 27:33
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Theories of Solution - II
Preview 13:29
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Polymer Solutions
Preview 39:27
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Example Problems on Polymer Solutions
Preview 19:30
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Meet Your Instructor
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  • Course Duration
    20 h 40 m 4 s
  • Course Level
    Intermediate
  • Student Enrolled
    1
  • Language
    English
This Course Includes
  • 20 h 40 m 4 s Video Lectures
  • 0 Quizzes
  • 0 Assignments
  • 0 Downloadable Resources
  • Full Lifetime Access
  • Certificate of Completion