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Week
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Topics
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Study Metarials
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1
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Chemical engineering and mathematics, linear equations: matrices and determinants, vectors and coordinate systems-I
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R1(Chapter 15), R2(Appendix B), R5(Chapter 2)
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2
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Chemical engineering and mathematics, linear equations: matrices and determinants, vectors and coordinate systems-II
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R1(Chapter 15), R2(Appendix B), R5(Chapter 2)
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3
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Chemical engineering and mathematics, linear equations: matrices and determinants, vectors and coordinate systems-III
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R1(Chapter 15), R2(Appendix B), R5(Chapter 2)
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4
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Ordinary differential equations: first order, second order differential equations, partial differential equations
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R3(Chapter 1 and 4), R5(Chapter 4 and 5)
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5
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Usage of mathematical models, fundamental laws, mass balance, energy equations, transport equations, equilibrium and phase equations-I
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R1, R2(Chapter 2)
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6
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Usage of mathematical models, fundamental laws, mass balance, energy equations, transport equations, equilibrium and phase equations-I
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R1, R2(Chapter 2)
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7
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Mathematical modeling of some process units in chemical engineering
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R3(Chapter 1)
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8
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Modelling of an evaporator and a batch reactor
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R1, R3(Chapter 2), R4(Chapter 5)
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9
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Fixed and variable displacement isothermal continuous stirred tank reactor (CSTR) modeling
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R1, R3(Chapter 2), R4(Chapter 5)
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10
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Modelling of a Plug-flow reactor
Examples of mathematical modeling in chemical engineering
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R1, R3(Chapter 2), R4(Chapter 5)
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11
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Modelling of a reactor with mass transfer
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R1(Chapter 3)
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12
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Microscopic equations, continuity equation
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R1(Chapter 3)
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13
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Differential equations used in chemical reaction engineering and their solutions-I
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R3(Chapter 1), R5(Chapter 4 and 5)
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14
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Differential equations used in chemical reaction engineering and their solutions-II
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R3(Chapter 1), R5(Chapter 4 and 5)
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