ºÝºÝߣ

ºÝºÝߣShare a Scribd company logo
System Reliability &
Availability Modeling
with Weibull
Learning Objectives
Day 1: Apply Weibull Analysis to
a variety of data types
Recall the history of Weibull and
state its importance in analyzing
equipment failures
Small group discussion of applications
for Weibull in current facilities
Identify the three Weibull
parameters
Small group exercise relating Weibull
shapes to maintenance strategies
Calculate Reliability using the three
Weibull Parameters
Individual Exercises calculating
Reliability, Unreliability, and Cumulative
Probability of Failure
Determine Weibull parameters
Individual exercise to Determine Weibull
parameters using Weibull Graph Paper
Individual Exercise to Determine Weibull
parameters using Microsoft Excel
Individual Exercise to Determine Weibull
parameters using commercial software
Measure Reliability Growth and
predict future number of failures
Individual Exercise to Create Reliability
Growth Plots Using Excel Software
Build and interpret Process
Reliability Plots
Individual Exercise to Create and
interpret a Process Reliability Plot using
commercial software
Construct a data recording system
to enhance Weibull Analysis
Small Group Discussion/Exercise
creating a list of activities to do upon
returning to your facility
Day 2: Build a basic
understanding of Availability
Modeling & Its Use
State the uses of Availability
Modeling throughout a system's
life-cycle
Small group exercise to discuss using
Availability Modeling at attendees
facilities
Build a Reliability Block Diagram
Individual exercise to create a simple RBD
Small Group exercise to create a complex RBD
Calculate System Reliability
Individual Exercise to calculate reliability
of a series system
Individual exercise to calculate reliability
of a simple redundant relationship
Individual exercise to calculate reliability
of a complex system
Interpret results of an Availability Model
Small group exercise to build and
interpret modeling results from a simple
system model
Optional Day 3: Perform
advanced modeling activities
using a simulation software
package
Build a model of a complex system
using commercial software
Create basic model tables
Create an RBD of a complex system
Create failure models for each block
Assign failure consequences
Interpret the output of the model and
make recommendations for system or
maintenance strategy improvements
Goal for the Day
Learning Objectives
Learning Activities

More Related Content

What's hot (9)

Service level agreements
Service level agreementsService level agreements
Service level agreements
JISC RSC Eastern
Ìý
Ch07
Ch07Ch07
Ch07
Kodok Ngorex
Ìý
Information systems lifecycle
Information systems lifecycleInformation systems lifecycle
Information systems lifecycle
Rizwan Kabir
Ìý
Software testing one
Software testing oneSoftware testing one
Software testing one
ssteststaging3
Ìý
System development phases
System development phasesSystem development phases
System development phases
PrabinBista05
Ìý
Closed Loop Corrective Action
Closed Loop Corrective ActionClosed Loop Corrective Action
Closed Loop Corrective Action
ahmad bassiouny
Ìý
Implementation
ImplementationImplementation
Implementation
4goggas
Ìý
Production analysis application_ SM Infocomm
Production analysis application_ SM InfocommProduction analysis application_ SM Infocomm
Production analysis application_ SM Infocomm
mukul soni
Ìý
Aspect Oriented Programming - AOP/AOSD
Aspect Oriented Programming - AOP/AOSDAspect Oriented Programming - AOP/AOSD
Aspect Oriented Programming - AOP/AOSD
Can R. PAHALI
Ìý
Service level agreements
Service level agreementsService level agreements
Service level agreements
JISC RSC Eastern
Ìý
Information systems lifecycle
Information systems lifecycleInformation systems lifecycle
Information systems lifecycle
Rizwan Kabir
Ìý
Software testing one
Software testing oneSoftware testing one
Software testing one
ssteststaging3
Ìý
System development phases
System development phasesSystem development phases
System development phases
PrabinBista05
Ìý
Closed Loop Corrective Action
Closed Loop Corrective ActionClosed Loop Corrective Action
Closed Loop Corrective Action
ahmad bassiouny
Ìý
Implementation
ImplementationImplementation
Implementation
4goggas
Ìý
Production analysis application_ SM Infocomm
Production analysis application_ SM InfocommProduction analysis application_ SM Infocomm
Production analysis application_ SM Infocomm
mukul soni
Ìý
Aspect Oriented Programming - AOP/AOSD
Aspect Oriented Programming - AOP/AOSDAspect Oriented Programming - AOP/AOSD
Aspect Oriented Programming - AOP/AOSD
Can R. PAHALI
Ìý

Similar to System Reliability & Availability Modeling with Weibull Learning Objectives (3) (20)

Fundamentals of software development
Fundamentals of software developmentFundamentals of software development
Fundamentals of software development
Pratik Devmurari
Ìý
Dev ops developer (session 3)
Dev ops developer (session 3)Dev ops developer (session 3)
Dev ops developer (session 3)
MSDEVMTL
Ìý
IRJET - Recommendations Engine with Multi-Objective Contextual Bandits (U...
IRJET -  	  Recommendations Engine with Multi-Objective Contextual Bandits (U...IRJET -  	  Recommendations Engine with Multi-Objective Contextual Bandits (U...
IRJET - Recommendations Engine with Multi-Objective Contextual Bandits (U...
IRJET Journal
Ìý
SE18_Lec 03_ RUP
SE18_Lec 03_ RUPSE18_Lec 03_ RUP
SE18_Lec 03_ RUP
Amr E. Mohamed
Ìý
Build for the future
Build for the futureBuild for the future
Build for the future
Mostafa Elfeky
Ìý
School management system
School management systemSchool management system
School management system
Soumya Behera
Ìý
cis 510 Focus Dreams/newtonhelp.com
cis 510 Focus Dreams/newtonhelp.comcis 510 Focus Dreams/newtonhelp.com
cis 510 Focus Dreams/newtonhelp.com
bellflower88
Ìý
cis 510 Imagine Your Future/newtonhelp.comÌý Ìý
cis 510 Imagine Your Future/newtonhelp.comÌý Ìýcis 510 Imagine Your Future/newtonhelp.comÌý Ìý
cis 510 Imagine Your Future/newtonhelp.comÌý Ìý
bellflower48
Ìý
cis 510 Life of the Mind/newtonhelp.comÌý Ìý
cis 510 Life of the Mind/newtonhelp.comÌý Ìýcis 510 Life of the Mind/newtonhelp.comÌý Ìý
cis 510 Life of the Mind/newtonhelp.comÌý Ìý
bellflower6
Ìý
generic-software-process-models.ppt
generic-software-process-models.pptgeneric-software-process-models.ppt
generic-software-process-models.ppt
Aayush847388
Ìý
unit-iipart-1.WDQWDQWDQWDQWDQWDQWDQWDQWDQWDppt
unit-iipart-1.WDQWDQWDQWDQWDQWDQWDQWDQWDQWDpptunit-iipart-1.WDQWDQWDQWDQWDQWDQWDQWDQWDQWDppt
unit-iipart-1.WDQWDQWDQWDQWDQWDQWDQWDQWDQWDppt
WrushabhShirsat3
Ìý
B Fn As
B Fn AsB Fn As
B Fn As
Sangwon Ko
Ìý
From use case to software architecture
From use case to software architectureFrom use case to software architecture
From use case to software architecture
Ahmad karawash
Ìý
SOFTWARE BUILD AUTOMATION TOOLS A COMPARATIVE STUDY BETWEEN MAVEN, GRADLE, BA...
SOFTWARE BUILD AUTOMATION TOOLS A COMPARATIVE STUDY BETWEEN MAVEN, GRADLE, BA...SOFTWARE BUILD AUTOMATION TOOLS A COMPARATIVE STUDY BETWEEN MAVEN, GRADLE, BA...
SOFTWARE BUILD AUTOMATION TOOLS A COMPARATIVE STUDY BETWEEN MAVEN, GRADLE, BA...
ijseajournal
Ìý
CIS 510 Inspiring Innovation/tutorialrank.com
 CIS 510 Inspiring Innovation/tutorialrank.com CIS 510 Inspiring Innovation/tutorialrank.com
CIS 510 Inspiring Innovation/tutorialrank.com
jonhson113
Ìý
Applying sys ml_with_magicdraw
Applying sys ml_with_magicdrawApplying sys ml_with_magicdraw
Applying sys ml_with_magicdraw
elheshk
Ìý
SRE UNIT 5 BUILDING THE RIGHT SYSTEM.docx
SRE UNIT 5  BUILDING THE RIGHT SYSTEM.docxSRE UNIT 5  BUILDING THE RIGHT SYSTEM.docx
SRE UNIT 5 BUILDING THE RIGHT SYSTEM.docx
jeevaakatiravanhod
Ìý
B2 2006 sizing_benchmarking
B2 2006 sizing_benchmarkingB2 2006 sizing_benchmarking
B2 2006 sizing_benchmarking
Steve Feldman
Ìý
B2 2006 sizing_benchmarking (1)
B2 2006 sizing_benchmarking (1)B2 2006 sizing_benchmarking (1)
B2 2006 sizing_benchmarking (1)
Steve Feldman
Ìý
Agile2015 short paper presentation: Development of Complex Software with Agil...
Agile2015 short paper presentation: Development of Complex Software with Agil...Agile2015 short paper presentation: Development of Complex Software with Agil...
Agile2015 short paper presentation: Development of Complex Software with Agil...
Alan Braz
Ìý
Fundamentals of software development
Fundamentals of software developmentFundamentals of software development
Fundamentals of software development
Pratik Devmurari
Ìý
Dev ops developer (session 3)
Dev ops developer (session 3)Dev ops developer (session 3)
Dev ops developer (session 3)
MSDEVMTL
Ìý
IRJET - Recommendations Engine with Multi-Objective Contextual Bandits (U...
IRJET -  	  Recommendations Engine with Multi-Objective Contextual Bandits (U...IRJET -  	  Recommendations Engine with Multi-Objective Contextual Bandits (U...
IRJET - Recommendations Engine with Multi-Objective Contextual Bandits (U...
IRJET Journal
Ìý
SE18_Lec 03_ RUP
SE18_Lec 03_ RUPSE18_Lec 03_ RUP
SE18_Lec 03_ RUP
Amr E. Mohamed
Ìý
Build for the future
Build for the futureBuild for the future
Build for the future
Mostafa Elfeky
Ìý
School management system
School management systemSchool management system
School management system
Soumya Behera
Ìý
cis 510 Focus Dreams/newtonhelp.com
cis 510 Focus Dreams/newtonhelp.comcis 510 Focus Dreams/newtonhelp.com
cis 510 Focus Dreams/newtonhelp.com
bellflower88
Ìý
cis 510 Imagine Your Future/newtonhelp.comÌý Ìý
cis 510 Imagine Your Future/newtonhelp.comÌý Ìýcis 510 Imagine Your Future/newtonhelp.comÌý Ìý
cis 510 Imagine Your Future/newtonhelp.comÌý Ìý
bellflower48
Ìý
cis 510 Life of the Mind/newtonhelp.comÌý Ìý
cis 510 Life of the Mind/newtonhelp.comÌý Ìýcis 510 Life of the Mind/newtonhelp.comÌý Ìý
cis 510 Life of the Mind/newtonhelp.comÌý Ìý
bellflower6
Ìý
generic-software-process-models.ppt
generic-software-process-models.pptgeneric-software-process-models.ppt
generic-software-process-models.ppt
Aayush847388
Ìý
unit-iipart-1.WDQWDQWDQWDQWDQWDQWDQWDQWDQWDppt
unit-iipart-1.WDQWDQWDQWDQWDQWDQWDQWDQWDQWDpptunit-iipart-1.WDQWDQWDQWDQWDQWDQWDQWDQWDQWDppt
unit-iipart-1.WDQWDQWDQWDQWDQWDQWDQWDQWDQWDppt
WrushabhShirsat3
Ìý
From use case to software architecture
From use case to software architectureFrom use case to software architecture
From use case to software architecture
Ahmad karawash
Ìý
SOFTWARE BUILD AUTOMATION TOOLS A COMPARATIVE STUDY BETWEEN MAVEN, GRADLE, BA...
SOFTWARE BUILD AUTOMATION TOOLS A COMPARATIVE STUDY BETWEEN MAVEN, GRADLE, BA...SOFTWARE BUILD AUTOMATION TOOLS A COMPARATIVE STUDY BETWEEN MAVEN, GRADLE, BA...
SOFTWARE BUILD AUTOMATION TOOLS A COMPARATIVE STUDY BETWEEN MAVEN, GRADLE, BA...
ijseajournal
Ìý
CIS 510 Inspiring Innovation/tutorialrank.com
 CIS 510 Inspiring Innovation/tutorialrank.com CIS 510 Inspiring Innovation/tutorialrank.com
CIS 510 Inspiring Innovation/tutorialrank.com
jonhson113
Ìý
Applying sys ml_with_magicdraw
Applying sys ml_with_magicdrawApplying sys ml_with_magicdraw
Applying sys ml_with_magicdraw
elheshk
Ìý
SRE UNIT 5 BUILDING THE RIGHT SYSTEM.docx
SRE UNIT 5  BUILDING THE RIGHT SYSTEM.docxSRE UNIT 5  BUILDING THE RIGHT SYSTEM.docx
SRE UNIT 5 BUILDING THE RIGHT SYSTEM.docx
jeevaakatiravanhod
Ìý
B2 2006 sizing_benchmarking
B2 2006 sizing_benchmarkingB2 2006 sizing_benchmarking
B2 2006 sizing_benchmarking
Steve Feldman
Ìý
B2 2006 sizing_benchmarking (1)
B2 2006 sizing_benchmarking (1)B2 2006 sizing_benchmarking (1)
B2 2006 sizing_benchmarking (1)
Steve Feldman
Ìý
Agile2015 short paper presentation: Development of Complex Software with Agil...
Agile2015 short paper presentation: Development of Complex Software with Agil...Agile2015 short paper presentation: Development of Complex Software with Agil...
Agile2015 short paper presentation: Development of Complex Software with Agil...
Alan Braz
Ìý

System Reliability & Availability Modeling with Weibull Learning Objectives (3)

  • 1. System Reliability & Availability Modeling with Weibull Learning Objectives Day 1: Apply Weibull Analysis to a variety of data types Recall the history of Weibull and state its importance in analyzing equipment failures Small group discussion of applications for Weibull in current facilities Identify the three Weibull parameters Small group exercise relating Weibull shapes to maintenance strategies Calculate Reliability using the three Weibull Parameters Individual Exercises calculating Reliability, Unreliability, and Cumulative Probability of Failure Determine Weibull parameters Individual exercise to Determine Weibull parameters using Weibull Graph Paper Individual Exercise to Determine Weibull parameters using Microsoft Excel Individual Exercise to Determine Weibull parameters using commercial software Measure Reliability Growth and predict future number of failures Individual Exercise to Create Reliability Growth Plots Using Excel Software Build and interpret Process Reliability Plots Individual Exercise to Create and interpret a Process Reliability Plot using commercial software Construct a data recording system to enhance Weibull Analysis Small Group Discussion/Exercise creating a list of activities to do upon returning to your facility Day 2: Build a basic understanding of Availability Modeling & Its Use State the uses of Availability Modeling throughout a system's life-cycle Small group exercise to discuss using Availability Modeling at attendees facilities Build a Reliability Block Diagram Individual exercise to create a simple RBD Small Group exercise to create a complex RBD Calculate System Reliability Individual Exercise to calculate reliability of a series system Individual exercise to calculate reliability of a simple redundant relationship Individual exercise to calculate reliability of a complex system Interpret results of an Availability Model Small group exercise to build and interpret modeling results from a simple system model Optional Day 3: Perform advanced modeling activities using a simulation software package Build a model of a complex system using commercial software Create basic model tables Create an RBD of a complex system Create failure models for each block Assign failure consequences Interpret the output of the model and make recommendations for system or maintenance strategy improvements Goal for the Day Learning Objectives Learning Activities