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What's next in CAD? Our top 5 trends for CAD in the year 2023
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Kirjoittaja
Aihe: What's next in CAD? Our top 5 trends for CAD in the year 2023 (Luettu 424 kertaa)
upamfva
What's next in CAD? Our top 5 trends for CAD in the year 2023
11.09.23 - 09:20
What's next in CAD? Our top 5 trends for CAD in the year 2023
As the CAD market continues to be driven by the needs of manufacturers in response to unique macroeconomic trends, enterprises and small businesses are being affected in different ways.To get more news about
CAD
, you can visit shine news official website.
High global inflation and a weakening Euro are two trends that are creating uncertainty around the economic outlook for 2023. While this wave of uncertainty is bound to affect the entire market, mid-market companies are better equipped with the resources to manage risk. These companies know that they must continue to invest through the downturn if they are to take advantage of the inevitable upturn. Conversely, smaller companies may spend less this year as they weather the storm.
With these macro trends in mind, we see five key product development trends emerging in 2023. Read on to learn more about each.
Trend 1: Adoption of simulation-driven design
In 2023, we expect to see continued momentum for Simulation Driven Design (SDD). Rather than primarily applying simulation technology at the end of the design process, we expect designers and engineers to continue to apply it throughout the design process. This will enable companies to produce higher quality designs and better control costs by making more informed decisions earlier in the design process.
It will also enable greater innovation by allowing companies to explore many more potential designs through digital testing. It is this enticing combination of higher quality, more innovative and cost-effective designs, coupled with newer user-friendly technologies such as real-time simulation, that is accelerating the adoption of SDD.
In the past, disconnected tools and broken processes have hampered SDD adoption efforts. Integrating simulation technology into the CAD tools that designers and engineers already use helps remove the biggest barrier to adoption while creating a single source of truth across the value chain - creating consistency by eliminating errors and ensuring efficiency by reducing process cycle times.
As a result, companies are able to quickly validate and iterate on designs, improve quality, increase speed to market and design with greater confidence. Customers are also exploring a wider range of design concepts with simulation technology rather than costly prototypes, increasing the likelihood of delivering more optimal products.
Trend 2: Enabling innovation with new technologies
Newer technologies such as generative design and additive manufacturing (AM) are driving innovation in product development. These technologies have a significant impact on how a given set of design objectives can be achieved. In short, they're broadening the definition of what's possible. Many large companies are experimenting and integrating these new technologies, but the smaller, more nimble companies are leading the way.
Generative design algorithms are unencumbered by human bias. Users define design parameters and the engine generates a range of optimal solutions - often many that no human would come up with. Generative design can achieve in hours or days what would take designers weeks or months to do on their own, assuming they even had the time and budget to explore that many options.
Engineers can incorporate generatively developed designs into their existing designs by integrating this technology into the CAD tool. The result is an agile process that takes full advantage of parametric CAD. This is what makes generative design a driver of significant innovation, rather than a semi-useful point solution disconnected from the rest of the process.
Trend 3: Driving the digital thread through the design process
For years, companies have been recognising the value of the Model-Based Enterprise (MBE) by extending the use of the CAD model throughout the organisation. The goal is to increase efficiency and eliminate errors by driving a digital thread between functions and across the organisation.
Today, most companies continue to use multiple, disconnected tools within the design process. This breaks the digital tool chain, reducing agility, flexibility and efficiency, while introducing multiple opportunities for error. As competition increases and supply challenges persist, companies must find ways to bring better products to market faster and at lower cost. They are realising the benefits of driving a digital thread through the product development process to capture the full value of the 3D CAD model.
Kirjattu
wellthisisme
Vs: What's next in CAD? Our top 5 trends for CAD in the year 2023
Vastaus #1 02.12.23 - 21:51
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Kirjattu
wellthisisme
Vs: What's next in CAD? Our top 5 trends for CAD in the year 2023
Vastaus #2 03.02.24 - 00:37
audiobookkeeper.ru
cottagenet.ru
eyesvision.ru
eyesvisions.com
factoringfee.ru
filmzones.ru
gadwall.ru
gaffertape.ru
gageboard.ru
gagrule.ru
gallduct.ru
galvanometric.ru
gangforeman.ru
gangwayplatform.ru
garbagechute.ru
gardeningleave.ru
gascautery.ru
gashbucket.ru
gasreturn.ru
gatedsweep.ru
gaugemodel.ru
gaussianfilter.ru
gearpitchdiameter.ru
geartreating.ru
generalizedanalysis.ru
generalprovisions.ru
geophysicalprobe.ru
geriatricnurse.ru
getintoaflap.ru
getthebounce.ru
habeascorpus.ru
habituate.ru
hackedbolt.ru
hackworker.ru
hadronicannihilation.ru
haemagglutinin.ru
hailsquall.ru
hairysphere.ru
halforderfringe.ru
halfsiblings.ru
hallofresidence.ru
haltstate.ru
handcoding.ru
handportedhead.ru
handradar.ru
handsfreetelephone.ru
hangonpart.ru
haphazardwinding.ru
hardalloyteeth.ru
hardasiron.ru
hardenedconcrete.ru
harmonicinteraction.ru
hartlaubgoose.ru
hatchholddown.ru
haveafinetime.ru
hazardousatmosphere.ru
headregulator.ru
heartofgold.ru
heatageingresistance.ru
heatinggas.ru
heavydutymetalcutting.ru
jacketedwall.ru
japanesecedar.ru
jibtypecrane.ru
jobabandonment.ru
jobstress.ru
jogformation.ru
jointcapsule.ru
jointsealingmaterial.ru
journallubricator.ru
juicecatcher.ru
junctionofchannels.ru
justiciablehomicide.ru
juxtapositiontwin.ru
kaposidisease.ru
keepagoodoffing.ru
keepsmthinhand.ru
kentishglory.ru
kerbweight.ru
kerrrotation.ru
keymanassurance.ru
keyserum.ru
kickplate.ru
killthefattedcalf.ru
kilowattsecond.ru
kingweakfish.ru
kinozones.ru
kleinbottle.ru
kneejoint.ru
knifesethouse.ru
knockonatom.ru
knowledgestate.ru
kondoferromagnet.ru
labeledgraph.ru
laborracket.ru
labourearnings.ru
labourleasing.ru
laburnumtree.ru
lacingcourse.ru
lacrimalpoint.ru
lactogenicfactor.ru
lacunarycoefficient.ru
ladletreatediron.ru
laggingload.ru
laissezaller.ru
lambdatransition.ru
laminatedmaterial.ru
lammasshoot.ru
lamphouse.ru
lancecorporal.ru
lancingdie.ru
landingdoor.ru
landmarksensor.ru
landreform.ru
landuseratio.ru
languagelaboratory.ru
largeheart.ru
lasercalibration.ru
laserlens.ru
laserpulse.ru
laterevent.ru
latrinesergeant.ru
layabout.ru
leadcoating.ru
leadingfirm.ru
learningcurve.ru
leaveword.ru
machinesensible.ru
magneticequator.ru
magnetotelluricfield.ru
mailinghouse.ru
majorconcern.ru
mammasdarling.ru
managerialstaff.ru
manipulatinghand.ru
manualchoke.ru
medinfobooks.ru
mp3lists.ru
nameresolution.ru
naphtheneseries.ru
narrowmouthed.ru
nationalcensus.ru
naturalfunctor.ru
navelseed.ru
neatplaster.ru
necroticcaries.ru
negativefibration.ru
neighbouringrights.ru
objectmodule.ru
observationballoon.ru
obstructivepatent.ru
oceanmining.ru
octupolephonon.ru
offlinesystem.ru
offsetholder.ru
olibanumresinoid.ru
onesticket.ru
packedspheres.ru
pagingterminal.ru
palatinebones.ru
palmberry.ru
papercoating.ru
paraconvexgroup.ru
parasolmonoplane.ru
parkingbrake.ru
partfamily.ru
partialmajorant.ru
quadrupleworm.ru
qualitybooster.ru
quasimoney.ru
quenchedspark.ru
quodrecuperet.ru
rabbetledge.ru
radialchaser.ru
radiationestimator.ru
railwaybridge.ru
randomcoloration.ru
rapidgrowth.ru
rattlesnakemaster.ru
reachthroughregion.ru
readingmagnifier.ru
rearchain.ru
recessioncone.ru
recordedassignment.ru
rectifiersubstation.ru
redemptionvalue.ru
reducingflange.ru
referenceantigen.ru
regeneratedprotein.ru
reinvestmentplan.ru
safedrilling.ru
sagprofile.ru
salestypelease.ru
samplinginterval.ru
satellitehydrology.ru
scarcecommodity.ru
scrapermat.ru
screwingunit.ru
seawaterpump.ru
secondaryblock.ru
secularclergy.ru
seismicefficiency.ru
selectivediffuser.ru
semiasphalticflux.ru
semifinishmachining.ru
spicetrade.ru
spysale.ru
stungun.ru
tacticaldiameter.ru
tailstockcenter.ru
tamecurve.ru
tapecorrection.ru
tappingchuck.ru
taskreasoning.ru
technicalgrade.ru
telangiectaticlipoma.ru
telescopicdamper.ru
temperateclimate.ru
temperedmeasure.ru
tenementbuilding.ru
tuchkas
ultramaficrock.ru
ultraviolettesting.ru
Kirjattu
wellthisisme
Vs: What's next in CAD? Our top 5 trends for CAD in the year 2023
Vastaus #3 02.03.24 - 15:12
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What's next in CAD? Our top 5 trends for CAD in the year 2023