This is digital twins technology ppt. This is short presentation on digital twins. Topics covered is : What is Digital Twin? History of Digital Twins Technology Types of Digital Twins Advantages of Digital Twins Digital twin market and industries The future of digital twin How does a digital twin work? Digital twin Resources Conclusion

1. Virtual mirrored reality
DIGITAL TWIN

2. CONTENTS
WhatisDigitalTwin?
1.
HistoryofDigitalTwinsTechnology
2.
TypesofDigitalTwins
3.
AdvantagesofDigitalTwins
4.
ApplicationsofDigitalTwins
5.
Thefutureofdigitaltwin
6.
Howdoesadigitaltwinwork?
7.
DigitaltwinMarket&Industries
8.
Conclusion
9.

3. What is
Digital Twin?
Adigitaltwinisavirtualreplicaofaphysicalobject
orsystem,mirroringitsreal-timedata,behavior,and
attributes.Itallowsmonitoring,analysis,and
simulation,aidinginbetterunderstanding,
prediction,andoptimizationofthephysical
counterpart'sperformanceandprocessesthrough
continuoussynchronization.

4. History of
Digital Twin
Technology
The concept of digital twins traces back to David Gelernter's "Mirror
Worlds" in 1991. Dr. Michael Grieves applied it to manufacturing in
2002, introducing the digital twin software idea. NASA's John Vickers
coined the term "digital twin" in 2010. However, NASA used analogous
technology in the 1960s during space missions, replicating spacecraft
on Earth for study and simulation, marking an early version of digital
twin technology. This practice allowed NASA personnel to analyze
and simulate spacecraft performance, pioneering the foundational
idea of digitally twinning physical objects for study and improvement.

5. Types of
Digital Twins
Componenttwins/Partstwins
Componenttwinsarethebasicunitofdigitaltwin,thesmallest
exampleofafunctioningcomponent.Partstwinsareroughlythe
samething,butpertaintocomponentsofslightlylessimportance.
Assettwins
Whentwoormorecomponentsworktogether,theyformwhatisknown
asanasset.Assettwinsletyoustudytheinteractionofthose
components,creatingawealthofperformancedatathatcanbe
processedandthenturnedintoactionableinsights
SystemorUnittwins
Thenextlevelofmagnificationinvolvessystemorunittwins,which
enableyoutoseehowdifferentassetscometogethertoformanentire
functioningsystem.Systemtwinsprovidevisibilityregardingthe
interactionofassets,andmaysuggestperformanceenhancements.
Processtwins
Processtwins,themacrolevelofmagnification,revealhowsystems
worktogethertocreateanentireproductionfacility.Arethose
systemsallsynchronizedtooperateatpeakefficiency,orwilldelays
inonesystemaffectothers?Processtwinscanhelpdeterminethe
precisetimingschemesthatultimatelyinfluenceoverall
effectiveness.

6. Advantages of Digital Twins
Better R&D
The use of digital twins enables more
effective research and design of products,
with an abundance of data created about
likely performance outcomes. That
information can lead to insights that help
companies make needed product
refinements before starting production.
Product end-of-life
Digital twins can even help
manufacturers decide what to do with
products that reach the end of their
product lifecycle and need to receive
final processing, through recycling or
other measures. By using digital twins,
they can determine which product
materials can be harvested.
Greater efficiency
Even after a new product has gone into
production, digital twins can help
mirror and monitor production
systems, with an eye to achieving and
maintaining peak efficiency throughout
the entire manufacturing process.

7. Applications
Power-generationequipment
Largeengines—includingjetengines,locomotive
enginesandpower-generationturbines—benefit
tremendouslyfromtheuseofdigitaltwins,
especiallyforhelpingtoestablishtimeframesfor
regularlyneededmaintenance.
Manufacturingoperations
Sincedigitaltwinsaremeanttomirrora
product’sentirelifecycle,it’snotsurprisingthat
digitaltwinshavebecomeubiquitousinall
stagesofmanufacturing,guidingproductsfrom
designtofinishedproduct,andallstepsin
between.
Structuresandtheirsystems
Bigphysicalstructures,suchaslargebuildings
oroffshoredrillingplatforms,canbeimproved
throughdigitaltwins,particularlyduringtheir
design.Alsousefulindesigningthesystems
operatingwithinthosestructures,suchas
HVACsystems.

8. applications
Healthcareservices
Justasproductscanbeprofiledthroughtheuseof
digitaltwins,socanpatientsreceivinghealthcare
services.Thesametypesystemofsensor-generated
datacanbeusedtotrackavarietyofhealth
indicatorsandgeneratekeyinsights.
Urbanplanning
Civilengineersandothersinvolvedinurban
planningactivitiesareaidedsignificantlybythe
useofdigitaltwins,whichcanshow3Dand4D
spatialdatainrealtimeandalsoincorporate
augmentedrealitysystemsintobuilt
environments.
Automotiveindustry
Carsrepresentmanytypesofcomplex,co-
functioningsystems,anddigitaltwinsareused
extensivelyinautodesign,bothtoimprove
vehicleperformanceandincreasethe
efficiencysurroundingtheirproduction.

9. The Future
of Digital
Twin
Limitless Potential for Growth
The future prospects of digital twins
are vast due to continuous
advancements in cognitive capabilities
dedicated to their development. As a
result, digital twins continuously evolve,
learn, and acquire new skills. This
ongoing evolution enables them to
generate valuable insights, contributing
to improved products and more
efficient processes.
Continuous Learning and
Enhanced Capabilities
The inherent nature of digital twins
involves continuous learning and
adaptation. This continual learning
process empowers digital twins to
gather deeper insights, adapt to
changing environments, and contribute
to ongoing improvements in various
industries.
Digital Transformation in
Asset-Intensive Industries
There's a significant shift in asset-
intensive industries towards digital
transformation. This transformation
involves a disruptive change in
operating models, demanding an
integrated view of physical assets,
equipment, and processes merged
with digital data. Digital twins play a
pivotal role in this reconfiguration.

10. How does a
digital twin
work?
Adigitaltwinisavirtualmodeldesignedtoaccuratelyreflectaphysicalobject.
Theobjectbeingstudied—forexample,awindturbine—isoutfittedwith
varioussensorsrelatedtovitalareasoffunctionality.Thesesensorsproduce
dataaboutdifferentaspectsofthephysicalobject’sperformance,suchas
energyoutput,temperature,weatherconditionsandmore.Thisdataisthen
relayedtoaprocessingsystemandappliedtothedigitalcopy.
Onceinformedwithsuchdata,thevirtualmodelcanbeusedtorunsimulations,
studyperformanceissuesandgeneratepossibleimprovements,allwiththe
goalofgeneratingvaluableinsights—whichcanthenbeappliedbacktothe
originalphysicalobject.
HOWTHEYWORK?

11. H
O
W
T
H
E
Y
W
O
R
K
?

12. Digital Twin Market & Industries
Numeroustypesofprojectsdospecificallybenefitfromtheuseofdigitalmodels:
Physicallylargeprojects
Mechanicallycomplexprojects
Powerequipment
Manufacturingprojects

13. Digital Twin Market & Industries
Theindustriesthatachievethegreatestsuccesswithdigitaltwinsarethoseinvolvedwithlarge-scale
productsorprojects:
Engineering(systems)
Automobilemanufacturing
Aircraftproduction
Railcardesign
Buildingconstruction
Manufacturing
Powerutilities

14. Digital Twin Market & Industries
Digitaltwinmarket:Poisedforgrowth
Therapidlyexpandingdigitaltwinmarketindicatesthatwhiledigitaltwinsarealreadyinuseacross
manyindustries,thedemandfordigitaltwinswillcontinuetoescalateforsometime.In2022,the
globaldigitaltwinsmarketwasprojectedtoreachUSD73.5billionby2027.

15. CONCLUSIONS

16. THANK YOU !
TEAM4
-SUBHASHREE
-SHRUTI
-MANISH