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Introduction to Chemical Engineering-I banner

Introduction to Chemical Engineering-I

Engineering Academy

Engineering Academy

Learn Without Limits: Free Engineering Courses

Rating 4 (7)
Course typeWatch to learn anytime
Duration 728 Min
Start Access anytime
Language English
Views369

FREE

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Introduction to Chemical Engineering-I banner

Introduction to Chemical Engineering-I

Why enroll

Upon completion, students will be able to apply thermodynamic principles to analyze and design chemical processes.

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Course content

The course is readily available, allowing learners to start and complete it at their own pace.

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Chemical Engineering thermodynamics - I

47 Lectures

728 min

  • Scope and Language of Thermodynamics-1

    20 min

  • Scope and Language of Thermodynamics-2

    22 min

  • Unit Conversion Example 1

    22 min

  • Unit Conversion Example 2

    25 min

  • Unit Conversion Example 2 (Update)

    27 min

  • Maxwell-Boltzmann Example

    10 min

  • Molecular Interaction Distance Example

    9 min

  • Phase Diagrams of Pure Fluids, Part 1

    23 min

  • Identifying Phases Example 1

    14 min

  • Identifying Phases Example 2

    21 min

  • Identifying Phases Example 3

    14 min

  • Identifying Phases Example 4

    14 min

  • Interpolation Example

    4 min

  • Phase Diagrams of Pure Fluids, Part 2

    19 min

  • Virial Equation of State Example 1

    9 min

  • Virial Equation of State Example 2

    12 min

  • Accentric Factor of Water Example

    5 min

  • Lee/Kesler Example 1

    16 min

  • Lee/Kesler Example 2

    11 min

  • Phase Diagrams of Pure Fluids, Part 3

    30 min

  • Using MATLAB for vdW, SRK, and PR cubic equation of state

    7 min

  • Using MATLAB to perform shortcut vapor pressure calculations

    4 min

  • SRK EoS Example 1

    16 min

  • SRK EoS Example 2

    8 min

  • Convenience Functions

    22 min

  • Maxwell Relations

    22 min

  • Enthalpy as a function of temperature and pressure

    16 min

  • Entropy as a function of temperature and pressure

    14 min

  • Internal energy as a function of temperature and volume

    9 min

  • Entropy as a function of temperature and volume

    15 min

  • How does the heat capacity change with respect to pressure?

    13 min

  • Relating the constant volume and constant pressure heat capacity

    7 min

  • Dimensionless molar Gibbs free energy

    12 min

  • Property Relations Example 1

    11 min

  • Property Relations Example 2 a

    26 min

  • Property Relations Example 2 b

    18 min

  • Property Relations Example 3

    11 min

  • Property Relations Example 4

    25 min

  • Calculation of Properties, Part 1

    25 min

  • Updated MATLAB code to compute residual properties with SRK EoS

    12 min

  • Isentropic Compression Temperature Change

    27 min

  • Calculation of Properties, Part 2

    10 min

  • Reference States

    8 min

  • Computing Residual Properties using SRK EoS Example 1

    15 min

  • Enthalpy of vaporization using our SRK equation of state MATLAB code

    9 min

  • Reference States Example 1

    25 min

  • Reference States Example 2

    14 min

Course details

Course suitable for

  • Pharmaceutical & Healthcare
  • Chemical & Process

Key topics covered

- Fundamental of chemical thermodynamics

- Phase Diagrams

- Unit conversions

- Entropy

- Property Relations

FREE

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