Канал: Salim Ahmed

Fractional order controller design

Fractional order controller design

First Principles Modeling Examples - Part 4

First Principles Modeling Examples - Part 4

First Principles Modeling Examples - Part 3

First Principles Modeling Examples - Part 3

First Principles Modeling Examples - Part 1

First Principles Modeling Examples - Part 1

First Principles Modeling Examples - Part 2

First Principles Modeling Examples - Part 2

Process modeling - Needs, types and approaches

Process modeling - Needs, types and approaches

How do controllers work?

How do controllers work?

How does a controller achieve its benefits?

How does a controller achieve its benefits?

Single and multi-effect evaporators: Modes of operation

Single and multi-effect evaporators: Modes of operation

Evaporators: Types

Evaporators: Types

Evaporator: Basics, uses and design factors

Evaporator: Basics, uses and design factors

Drying problems: Solved workbook

Drying problems: Solved workbook

Drying Time: Derivation of equations

Drying Time: Derivation of equations

Drying curve

Drying curve

Fundamentals of drying and equipment

Fundamentals of drying and equipment

Solved example: Scale-up of mixing equipment

Solved example: Scale-up of mixing equipment

Scale up of Mixing and agitation equipment

Scale up of Mixing and agitation equipment

crise5

crise5

Solved problem: Mixing Time

Solved problem: Mixing Time

Solved example: Power requirement for mixing

Solved example: Power requirement for mixing

Mixing time: Equation and graphs

Mixing time: Equation and graphs

Mixing and agitation: Power consumption

Mixing and agitation: Power consumption

Mixing and Agitation: Basic concepts

Mixing and Agitation: Basic concepts

Flow and power number for mixing and agitation

Flow and power number for mixing and agitation

Overall heat transfer coefficient: derivation of equation

Overall heat transfer coefficient: derivation of equation

LMTD: Log Mean Temperature Difference

LMTD: Log Mean Temperature Difference

Design procedure for a shell and tube heat exchanger

Design procedure for a shell and tube heat exchanger

Tube and shell side heat transfer coefficient estimation

Tube and shell side heat transfer coefficient estimation

Shell and tube heat exchangers: how to allocate fluids

Shell and tube heat exchangers: how to allocate fluids

Heat Exchangers: Basics and Types

Heat Exchangers: Basics and Types

Fluidization: Terminal Settling Velocity - definition and derivation

Fluidization: Terminal Settling Velocity - definition and derivation

Minimum Fluidization Velocity

Minimum Fluidization Velocity

Fluidization: Hydraulic radius - definition and derivation

Fluidization: Hydraulic radius - definition and derivation

Fluidization: Kozeny-Carman, Burke-Plummer and Ergun equation

Fluidization: Kozeny-Carman, Burke-Plummer and Ergun equation

Fluidization: Fundamentals and basics concepts

Fluidization: Fundamentals and basics concepts

Constant Pressure Filtration - Mathematical Formulation

Constant Pressure Filtration - Mathematical Formulation

Filtration Basics, plate and frame filter press, Rotary drum filter

Filtration Basics, plate and frame filter press, Rotary drum filter

Rittinger's, Kick's and Bond's law, work index and exercise

Rittinger's, Kick's and Bond's law, work index and exercise

Ball mill structure and operation

Ball mill structure and operation

Course administration

Course administration

Mean (average) diameter of bulk particles

Mean (average) diameter of bulk particles

How to estimate the surface area of bulk particles

How to estimate the surface area of bulk particles

Sphericity of solid particles

Sphericity of solid particles

Sphericity of short cylinders

Sphericity of short cylinders

Sphericity of a cube

Sphericity of a cube

Size Reduction Equipment

Size Reduction Equipment

Size Reduction Mechanisms

Size Reduction Mechanisms

Introduction to size reduction

Introduction to size reduction

Sieving (Screen analysis)

Sieving (Screen analysis)

Particle Size Measuremnt Techniques

Particle Size Measuremnt Techniques

Size and Shape of solid particles

Size and Shape of solid particles

Course Introduction

Course Introduction

Seborg et al. Ex 5.2 Analysis and Solution

Seborg et al. Ex 5.2 Analysis and Solution

Seborg et al. Ex 4.3 Analysis and Solution

Seborg et al. Ex 4.3 Analysis and Solution

Exercise 4.2 Seborg et al. - Analysis and solution

Exercise 4.2 Seborg et al. - Analysis and solution

Loop-Pro: A quick tutorial - Modeling and controller tuning

Loop-Pro: A quick tutorial - Modeling and controller tuning

Feedback Diagram, control diagram

Feedback Diagram, control diagram

Steady State vs Dynamic Model - Control lecture

Steady State vs Dynamic Model - Control lecture

Dynamic model - Needs, approaches and uses

Dynamic model - Needs, approaches and uses

First principles modeling - Tank in series example

First principles modeling - Tank in series example

First Principles modeling - Pool Chlorination Example

First Principles modeling - Pool Chlorination Example

First principles modeling - Pool temperature

First principles modeling - Pool temperature

First principles modeling - Pool temperature and level

First principles modeling - Pool temperature and level

First principles modeling - Continuous Stirred Tank Reactor (CSTR)

First principles modeling - Continuous Stirred Tank Reactor (CSTR)

Linearization of Continuous stirred tank reactor (CSTR) model - control lecture

Linearization of Continuous stirred tank reactor (CSTR) model - control lecture

First principles modeling - Concentration and level in pools

First principles modeling - Concentration and level in pools

Control Lecture: Laplace Transform - Fundamentals

Control Lecture: Laplace Transform - Fundamentals

Laplace transformation examples

Laplace transformation examples

Control Lecture: Solution of ODE using Laplace transform

Control Lecture: Solution of ODE using Laplace transform

Laplace transformation: Important properties

Laplace transformation: Important properties

Step response characteristics of first order models

Step response characteristics of first order models

Solving second order ODE using Laplace Transform

Solving second order ODE using Laplace Transform

Control Lecture: Time delay or Dead time

Control Lecture: Time delay or Dead time

63.2% approach for identification of FOPTD models

63.2% approach for identification of FOPTD models

Control Lecture: Second order responses

Control Lecture: Second order responses

PID controller design - considerations and methods

PID controller design - considerations and methods

Control Lecture: Input signals as combinations of steps and/or ramps

Control Lecture: Input signals as combinations of steps and/or ramps

Solution to example problem - use of the general stability criterion to determine range of gain

Solution to example problem - use of the general stability criterion to determine range of gain

Linearization of tank level model using the truncated Taylor series - control lecture

Linearization of tank level model using the truncated Taylor series - control lecture

Solution to an example problem - use of stability criteria to determine allowable model mismatch

Solution to an example problem - use of stability criteria to determine allowable model mismatch

Routh stability criteria to determine Kc Range - Example problem

Routh stability criteria to determine Kc Range - Example problem

Solution to example problem - use of the general stability criterion

Solution to example problem - use of the general stability criterion

Control Lecture: General Stability Criterion

Control Lecture: General Stability Criterion

Skogetad's half rule - Approximation of higher order models (control lecture)

Skogetad's half rule - Approximation of higher order models (control lecture)

Control Lecture: Approximation of higher order models using Taylor series expansion of time delay

Control Lecture: Approximation of higher order models using Taylor series expansion of time delay

Approximation of time delay - Taylor series expansion and Pade approximation

Approximation of time delay - Taylor series expansion and Pade approximation

Control lecture: Continuous cycling method for controller tuning

Control lecture: Continuous cycling method for controller tuning

Direct and reverse acting controller - control lecture

Direct and reverse acting controller - control lecture

Direct synthesis method part 1 - First order model

Direct synthesis method part 1 - First order model

Direct synthesis method part 2 - First order plus time delay model

Direct synthesis method part 2 - First order plus time delay model

Direct synthesis method part 3 - Second order plus time delay model

Direct synthesis method part 3 - Second order plus time delay model

Proportional controller and offset

Proportional controller and offset

Control Lecture: Block diagram example

Control Lecture: Block diagram example

Derivative action and PID controller

Derivative action and PID controller

Control Lecture: Block diagram algebra

Control Lecture: Block diagram algebra

Integral windup, its remedy and simulation - process control lecture

Integral windup, its remedy and simulation - process control lecture

Proportional Integral (PI) controller and its limitations

Proportional Integral (PI) controller and its limitations

Proportional control and its limitations - control lecture

Proportional control and its limitations - control lecture

On-Off controller and its limitations

On-Off controller and its limitations

Regulatory and tracking control

Regulatory and tracking control

Example problem - Pulse response

Example problem - Pulse response

Solution to example problem - Temperature response due to a pulse input

Solution to example problem - Temperature response due to a pulse input

Control Lecture: The pulse input and response to pulse

Control Lecture: The pulse input and response to pulse

5 Benefits of Process Control

5 Benefits of Process Control

Identification of second order underdamped model

Identification of second order underdamped model

Solution to problem - first order response

Solution to problem - first order response

Solution to example problem - Second order response

Solution to example problem - Second order response

Solving ODE using Laplace Transform - control lecture

Solving ODE using Laplace Transform - control lecture

Feedback and Feedforward - Control strategies for a distillation column

Feedback and Feedforward - Control strategies for a distillation column

LoopPro : An Introductory Tutorial - Identification and PID control

LoopPro : An Introductory Tutorial - Identification and PID control