Process Modeling, Simulation and Control for Chemical Engineers

[jxd3261]

Thank you

[filmama]

process modeling, simulation and control for chemical engineers, 2nd edition

general *******s:

- introduction
-- examples of the role of process dynamics and control
-- historical background
-- perspective
-- motivation for studying process control
-- general concepts
-- laws and languages of process control
· mathematical models of chemical engineering systems
- fundamentals
-- fundamental laws
- examples of mathematical models of chemical engineering systems
-- series of isothermal, constant-holdup cstrs
-- cstrs with variable holdups
-- two heated tanks
-- gas-phase, pressurized cstr
-- nonisothermal cstr
-- single-component vaporizer
-- multicomponent flash drum
-- batch reactor
-- reactor with mass transfer
-- ideal binary distillation column
-- multicomponent nonideal distillation column
-- batch distillation with holdup
-- ph systems
· computer simulation
- numerical methods
-- computer programming
-- iterative convergence methods
-- numerical integration of ordinary differential equations
- simulation examples
-- gravity-flow tank
-- three cstrs in series
-- nonisothermal cstr
-- binary distillation column
-- multicomponent distillation column
-- variable pressure distillation
-- batch reactor
-- ternary batch distillation with holdup
· time-domain dynamics and control
- time-domain dynamics
-- classification and definition
-- linearization and perturbation variables
-- responses of simple linear systems
-- steadystate techniques
- conventional control systems and hardware
-- control instrumentation
-- performance of feedback controllers
-- controller tuning
- advanced control systems
-- ratio control
-- cascade control
-- computed variable control
-- override control
-- nonlinear and adaptive control
-- valve-position control
-- feedforward control concepts
-- control system design concepts
-- dynamic matrix control
· laplace-domain dynamics and control
- laplace-domain dynamics
-- laplace-transformation fundamentals
-- laplace transformation of important functions
-- inversion of laplace transforms
-- transfer functions
-- examples
-- properties of transfer functions
-- transfer functions for feedback controllers
- laplace-domain analysis of conventional feedback control systems
-- openloop and closedloop systems
-- stability
-- performance specifications
-- root locus analysis
- laplace-domain analysis of advanced control systems
-- cascade control
-- feedforward control
-- openloop unstable processes
-- processes with inverse response
-- model-based control
· frequency-domain dynamics and control
- frequency-domain dynamics
-- definition
-- basic theorem
-- representation
-- frequency-domain solution techniques
- frequency-domain analysis of closedloop systems
-- nyquist stability criterion
-- closedloop specifications in the frequency domain
-- frequency response of feedback controllers
- process identification
-- purpose
-- direct methods
-- pulse testing
-- step testing
-- atv identification
-- least-squares method
-- state estimators
-- relationships among time, laplace, and frequency domains
· multivariable processes
- matrix properties and state variables
-- matrix mathematics
-- matrix properties
-- representation of multivariable processes
-- openloop and closedloop systems
-- computer programs for matrix calculations
- analysis of multivariable systems
-- stability
-- resiliency
-- interaction
-- robustness
- design of controllers for multivariable processes
-- problem definition
-- selection of controlled variables
-- selection of manipulated variables
-- elimination of poor pairings
-- blt tuning
-- load rejection performance
-- multivariable controllers
· sampled-data control systems
- sampling and z transforms
-- impulse sampler
-- basic sampling theorem
-- z transformation
-- pulse transfer functions
-- hold devices
-- openloop and closedloop systems
-- discrete approximation of continuous transfer functions
-- modified z transforms
- stability analysis of sampled-data systems
-- stability in the z plane
-- root locus design methods
-- bilinear transformation
-- frequency-domain design techniques
- design of digital compensators
-- physical realizability
-- frequency-domain effects
-- minimal-prototype design
-- sampled-data control of processes with deadtime
-- sampled-data control of openloop unstable processes
download :

[link Point to another website Only the registered members can access] Ç

file is not available, can u pls reupload.

[kamal_jazz]

The link is removed. Please provide again..

[myowntribe]

Shukran

[nnelson]

Dears All,

you could find the book at:

[link Point to another website Only the registered members can access]
i don´t know who is the uploader member, sorry

[Allan]

shukran

[Allan]

do you have the solutions for the exercises in the book?

Thank you very much for upload!

very good book

[fhanjum]

Thank you

[eslamlo]

I need another book from this author entitled as 'plantwide dynamic simulators in chemical processing and control'. Does anyone have this book?

[f81aa]

nnelson, thanks for sharing

[dfiorillo]

the link is broken. could you send another link?

[dfiorillo]

sorry. it worked