DWSIM - Revision history

Kaushik Datta at 05:25, 12 October 2020

2020-10-12T05:25:47Z

2019-11-15T06:51:05Z

2019-11-15T06:27:03Z

2019-05-07T09:25:09Z

2019-05-06T05:50:33Z

2019-05-06T05:50:23Z

2019-05-06T05:50:00Z

2018-09-25T12:04:22Z

2017-07-21T07:02:11Z

2016-08-10T08:16:45Z

@@ Line 153: / Line 153: @@
 * Defining Calculation mode and Reactor parameters
-. '''Heat Exchanger'''
+. '''Equilibrium Reactor'''
 * Adding chemical components
@@ Line 170: / Line 194: @@
 * Defining Heat Exchanger properties
 . '''Shell and Tube Heat Exchanger'''
 * Selecting chemical components
@@ Line 185: / Line 209: @@
 * Defining object and heat exchanger properties
 . '''Binary Phase Envelope'''
 * Selecting chemical components and thermodynamics
@@ Line 198: / Line 222: @@
 * Checking Bubble Point and Dew Point Pressure
 . '''Calculation of Bubble Points and Dew Points'''
 * Selecting chemical components and thermodynamics
@@ Line 208: / Line 232: @@
 * Checking the correctness of bubble point temperature
 . '''Absorption Column'''
 * Selecting chemical components and thermodynamics
@@ Line 223: / Line 247: @@
 * Explaining Flowsheet Object Appearance
 * Using Master Property Table

@@ Line 137: / Line 137: @@
 * Using Master Property Table
-. '''Heat Exchanger'''
+. '''Conversion Reactor'''
 * Adding chemical components
@@ Line 154: / Line 170: @@
 * Defining Heat Exchanger properties
 . '''Shell and Tube Heat Exchanger'''
 * Selecting chemical components
@@ Line 169: / Line 185: @@
 * Defining object and heat exchanger properties
 . '''Binary Phase Envelope'''
 * Selecting chemical components and thermodynamics
@@ Line 182: / Line 198: @@
 * Checking Bubble Point and Dew Point Pressure
 . '''Calculation of Bubble Points and Dew Points'''
 * Selecting chemical components and thermodynamics
@@ Line 192: / Line 208: @@
 * Checking the correctness of bubble point temperature
 . '''Absorption Column'''
 * Selecting chemical components and thermodynamics

← Older revision		Revision as of 09:25, 7 May 2019
Line 11:		Line 11:
	The Spoken Tutorial Effort for DWSIM was contributed by Prof Kannan Moudgalya from the Spoken Tutorial Project and is supported by Rahul Jain, Kaushik Datta and Pravin Dalve from IIT Bombay.		The Spoken Tutorial Effort for DWSIM was contributed by Prof Kannan Moudgalya from the Spoken Tutorial Project and is supported by Rahul Jain, Kaushik Datta and Pravin Dalve from IIT Bombay.

−	'''Learners''' : Chemical Engineering students	+	'''Learners''' : UG/PG Chemical Engineering students to run the simulations and get a better understanding on a phenomenon.

← Older revision		Revision as of 05:50, 6 May 2019
Line 11:		Line 11:
	The Spoken Tutorial Effort for DWSIM was contributed by Prof Kannan Moudgalya from the Spoken Tutorial Project and is supported by Rahul Jain, Kaushik Datta and Pravin Dalve from IIT Bombay.		The Spoken Tutorial Effort for DWSIM was contributed by Prof Kannan Moudgalya from the Spoken Tutorial Project and is supported by Rahul Jain, Kaushik Datta and Pravin Dalve from IIT Bombay.

−	'''Learners'''' : Chemical Engineering students	+	'''Learners''' : Chemical Engineering students

← Older revision		Revision as of 05:50, 6 May 2019
Line 11:		Line 11:
	The Spoken Tutorial Effort for DWSIM was contributed by Prof Kannan Moudgalya from the Spoken Tutorial Project and is supported by Rahul Jain, Kaushik Datta and Pravin Dalve from IIT Bombay.		The Spoken Tutorial Effort for DWSIM was contributed by Prof Kannan Moudgalya from the Spoken Tutorial Project and is supported by Rahul Jain, Kaushik Datta and Pravin Dalve from IIT Bombay.

−	Learners : '''Chemical Engineering students~~'''~~	+	'''Learners'''' : Chemical Engineering students

← Older revision		Revision as of 05:50, 6 May 2019
Line 10:		Line 10:

	The Spoken Tutorial Effort for DWSIM was contributed by Prof Kannan Moudgalya from the Spoken Tutorial Project and is supported by Rahul Jain, Kaushik Datta and Pravin Dalve from IIT Bombay.		The Spoken Tutorial Effort for DWSIM was contributed by Prof Kannan Moudgalya from the Spoken Tutorial Project and is supported by Rahul Jain, Kaushik Datta and Pravin Dalve from IIT Bombay.
		+
		+	Learners : '''Chemical Engineering students'''

← Older revision		Revision as of 07:02, 21 July 2017
Line 100:		Line 100:
	* Controlled variable in adjust		* Controlled variable in adjust
	* Pushing the envelope through adjust		* Pushing the envelope through adjust
		+
		+	7. '''Plug Flow Reactor'''
		+
		+	* Using Configuring simulation Wizard window
		+	* Adding chemical components
		+	* Adding Property Packages and Flash Algorithm
		+	* Adding System of Units
		+	* Adding a material stream to the flowsheet
		+	* Defining the properties of the stream
		+	* Using Reactions Manager
		+	* Defining Kinetic reaction
		+	* Using Include, BC, DO, RO
		+	* Adding stoichiometric coefficients
		+	* Setting Kinetic Reactions Parameters
		+	* Defining reaction order
		+	* Adding Plug flow reactor to the flowsheet
		+	* Adding material and energy stream to the flowsheet
		+	* Connecting feed, product, energy streams to the reactor
		+	* Defining Calculation mode and Reactor parameters
		+	* Using Solve Flowsheet button
		+	* Using Master Property Table
		+	* Defining object and property
		+
		+	8. '''Continuous Stirred Tank Reactor'''
		+
		+	* Adding chemical components
		+	* Adding Property Packages and Flash Algorithm
		+	* Adding System of Units
		+	* Adding material and energy stream to the flowsheet
		+	* Using Reactions Manager
		+	* Adding CSTR to the flowsheet
		+	* Connecting feed, product, energy streams to the reactor
		+	* Defining Calculation mode and Reactor parameters
		+	* Using Master Property Table

← Older revision		Revision as of 08:16, 10 August 2016
Line 9:		Line 9:
	'''DWSIM''' is capable of generating '''distillation curves petroleum characterizations''' and helps us to create new compounds that can be used in experiments, along with the existing ones. Also, it can be used for performing '''data regression studies''' for two compounds using various thermodynamics models and methods, generating conclusive graphs.		'''DWSIM''' is capable of generating '''distillation curves petroleum characterizations''' and helps us to create new compounds that can be used in experiments, along with the existing ones. Also, it can be used for performing '''data regression studies''' for two compounds using various thermodynamics models and methods, generating conclusive graphs.

−	The Spoken Tutorial Effort for DWSIM was contributed by Prof Kannan Moudgalya from the Spoken Tutorial Project and is supported by Rahul Jain, Kaushik Datta, Pravin Dalve from IIT Bombay.	+	The Spoken Tutorial Effort for DWSIM was contributed by Prof Kannan Moudgalya from the Spoken Tutorial Project and is supported by Rahul Jain, Kaushik Datta and Pravin Dalve from IIT Bombay.