Loading...
Welcome to Journal of Kunming Metallurgy College! Today is
Share:
Advanced Search
|
Fig/Tab
Toggle navigation
Home
About Journal
Editorial Board
Instruction
Online Journal
Current Issue
Just Accepted
Archive
Top Read
Top Download
Top Cited
Subscription
Advertisement
Contact Us
Chinese
Table of Content
08 August 2024, Volume 40 Issue 4
Previous Issue
StudyontheCharacteristicsandPreventionMeasuresof#br# ChubaLandslideinDeqinCounty#br#
CHENLiang, SONGYin, YANGLin, BAJinghui, CHENDian
2024, 40(4): 1. doi:
doi:10.3969/j.issn.1009-0479.2024.04.001
Asbtract
(
5
)
PDF
(2055KB) (
1
)
Related Articles
|
Metrics
Abstract:Thisarticleconductsadetailedinvestigationintothegeologicalandenvironmentalconditions
oftheChubalandslideslopeareaontheleftbankoftheLancangRiver.Itemploysmethodssuchasgeo
logicalmapping,mountainengineering,andexperimentalanalysistoexaminethedevelopmentcharacter
isticsofthelandslidesdangerousrockmasses,foundations,andaccumulations.Throughqualitativea
nalysisandmathematicalcalculation,thestabilityofeachdangerousrockmassiscomprehensivelyevalu
ated,identifyingthefailuremodesandthreatrangesofthedangerousrocks.Forhighriskdangerous
rocks,apreventionandcontrolplancombining“stoneblockingwall,stoneblockingnet,manualhazard
removal,andactiveprotectivenet”isproposedbasedonengineeringimplementationconditions.Thea
nalysisofthedevelopmentcharacteristicsoftheChubalandslideandthestudyofpreventionandcontrol
measuresprovidedesignreferencesfortheriskavoidanceandengineeringtreatmentofsuchlandslides.
TheInfluenceofDifferentInstabilityCriteriaonSlopeStability#br# UsingtheStrengthReductionMethod#br#
DAIWenwen, WANGBing
2024, 40(4): 9. doi:
doi:10.3969/j.issn.1009-0479.2024.04.002
Asbtract
(
4
)
PDF
(1478KB) (
1
)
Related Articles
|
Metrics
Abstract:Inordertocomprehensivelyunderstandtheimpactofdifferentinstabilitycriteriaonslopesta
bilityanalysisusingthestrengthreductionmethodandaddressissuesrelatedtoslopeinstability,this
studyconductedresearchontheinfluenceofdifferentinstabilitycriteriausingthestrengthreductionfinite
elementmethodonthestabilityofhomogeneoussoilslopes.ThestudywascarriedoutontheABAQUSfi
niteelementsoftwareplatform.Detailedanalysiswasperformedonthedifferencesinslopesafetyfactors
obtainedusingthestrengthreductionmethodunderdifferentinstabilitycriteria.Thestudyalsoanalyzed
howvariationsinsoilstrengthparametersaffectslopestabilityunderdifferentinstabilitycriteria.There
searchresultsindicatethattherearedifferencesinthesafetyfactorsobtainedusingthestrengthreduction
methodunderdifferentinstabilitycriteria.However,theextentofthesedifferencesdependsonthevaria
tionofsoilstrengthparameterswithincertainranges.Additionally,changesinsoilcohesion,internal
frictionangle,Poissonsratio,andotherparametersalsoinfluencethecriticalstateoftheslope,thede
velopmentoftheplasticzone,andtheshapeoftheslidingsurface.
StabilityEvaluationofSoilrockInterfaceLandslideinthe#br# HillyAreaUnderRainstorm Condition:ACaseStudy#br# oftheHighlandAreainZhenjiangCity#br#
CUIYu, TANYan, QUANQingang, FANGLongjian, WANGBing
2024, 40(4): 15. doi:
doi:10.3969/j.issn.1009-0479.2024.04.003
Asbtract
(
5
)
PDF
(2244KB) (
1
)
Related Articles
|
Metrics
Abstract:LandslideinthehillyareaofZhenjiangcityhasthecharacteristicsofadoublelayerstructure
of“soilaboveandrockbelow”,andthetopographiccharacteristicsaregenerallysteeponthetopand
slowonthebottom,forminggoodcatchmentconditions,whichisthemaintypeoflandslideinthisarea.
Inordertograspthecharacteristicsanddevelopmenttrendofthistypeoflandslide,onthebasisoffield
surveyandmonitoring,thecharacteristics,formationmechanismandfailuremodeoflandslidewereana
lyzedinDEandEFsectionsoftypicalareasinthestudyarea,andthestabilityoflandslidewascompre
hensivelyevaluatedbyBishopmethod.Thestudyfoundthatthesoilrockinterfacelandslidesinthehilly
areaaremostlydevelopedaroundthemountain.Theoveralllandslideisthininthefrontandrearedges
andthickinthemiddle.Thelandslidescarpandtheperipheryoflandslideareclear,andthescaleis
dominatedbysmalllandslides.Rainfallandartificialslopecuttingarethemaininducingfactorsofsoil
rockinterfacelandslide.Undertheconditionofrainstorm,theshearstrengthoftheuppersoillayerisob
viouslyreduced,anditiseasytoslidedownalongtheweakstructureundertheactionofgravityandex
ternalforcetoformlandslide.Atthesametime,reasonablesuggestionsaregivenforobtaininggeotechni
calengineeringgeologicalcharacteristicsintheregion,whichhascertainreferencesignificanceforthe
stabilityevaluationofsoilrockinterfacelandslide.
AStudyontheDrivingFactorsofUrbanExpansionattheDistrictLevel#br# BasedonGeodetector:ACaseStudyofChenggongDistrict,KunmingCity#br#
IJunhua1, GEJunjie1, ZHANGWeihong1, ZHANGXiaolun1, XUQuanli
2024, 40(4): 23. doi:
doi:10.3969/j.issn.1009-0479.2024.04.004
Asbtract
(
4
)
Related Articles
|
Metrics
Abstract:Exploringthedrivingfactorsandtheirinteractionmechanismsofurbanexpansionplaysanim
portantroleintherationalplanningofcities.Mostexistingstudiesdepictthecharacteristicsanddriving
mechanismsofurbanexpansionfromamacroperspectiveoflargescales,whichisdifficulttomeetthe
needforafinerepresentationoftheurbanexpansionprocess.Therefore,thisarticleproposedadetection
methodbasedonsmallscaledistrictstoexplorethedrivingfactorsandmechanismsofurbanexpansion,
aimingtoaddresstheaforementionedissues.Firstly,thecharacteristicsofurbanlandscapeexpansion
werecharacterizedusingtheMultiorderAdjacencyIndex(MAI).Secondly,aspatialheterogeneityas
sociationmodelbetweenMAIanddrivingfactorswasestablishedusingtheGeodetector.Finally,the
drivingfactorsandtheirinteractionmechanismsofurbanlandscapeexpansionweredetectedusingthea
bovemodel.TakingChenggongdistrictofKunmingcityasanexample,theresultsshowthat:1)The
urbanizationdevelopmentofChenggongdistricthassignificantspatialandtemporalheterogeneity,demon
stratingthemaindrivingmechanismofroadconstructionsupplementedbyterrainslopeduringbothhigh
speedandslowdownperiodsofurbanexpansion.2)Insmallscaleurbanexpansion,theinteractionof
multipledrivingfactorsismoreobvious.Thisstudyprovidesareferenceforthefinedescriptionofthe
processofsmallscaleurbanexpansionandtheexplorationofitsdrivingmechanism
AnalysisontheCurrentStateandProblemsoftheEnvironmental#br# ProtectionIndustryinYunnanProvinc#br#
QIUCheng
2024, 40(4): 32. doi:
doi:10.3969/j.issn.1009-0479.2024.04.005
Asbtract
(
3
)
PDF
(1001KB) (
1
)
Related Articles
|
Metrics
Abstract:Theenvironmentalprotectionindustryisoneofthestrategicemergingindustriesthatthecoun
tryisaccelerating.Thecultivationofdevelopingtheenvironmentalprotectionindustrycanpromotethe
comprehensivegreenandlowcarbontransformationofYunnanProvinceseconomyandsociety.Firstly,
byinvestigatingenvironmentalprotectionenterprisesinYunnanProvince,checkingrelevantinformation,
andanalyzingthedata,theresultsshowthat:1)Thecurrentdevelopmentstatusoftheenvironmental
protectionindustryinYunnanProvinceismainly:thetotaloutputvalueoftheenvironmentalprotection
industryisrelativelysmall,andthenumberofemployeesisrelativelysmall.Therearefewlargeenviron
mentalprotectionenterprises,buttheiroutputvalueishigh.Therearemanysmallenterprises,buttheir
outputvalueislow.Thepaceoftransformationandupgradingofenvironmentalprotectionenterprisesis
accelerating.2)ThemainproblemsinthedevelopmentoftheenvironmentalprotectionindustryinYun
nanProvinceare:thespeedofdevelopmentoftheenvironmentalprotectionindustryisnotasexpected.
Thedevelopmentoftheenvironmentalprotectionindustryisunevenin16cities(prefectures).Environ
mentalprotectionenterpriseshavelowertechnologicallevelsandweakermarketcompetitiveness.Finally,
somesuggestionsforthedevelopmentoftheenvironmentalprotectionindustryinYunnanProvinceareas
follows:todevelopandstrengthenleadingenterprises,andtobecome“specialized,refined,unique,
andnew”enterprises;increasepolicysupportefforts;enhancethetechnologicalinnovationcapabilityof
theenvironmentalprotectionindustry.
AnalysisonReducingElectricityCostsatKunmingWastewater#br# TreatmentPlantUnderPowerReform Policies#br#
ZHUXiaomin1, ZHANGYanyan2, JIANGXi1
2024, 40(4): 38. doi:
doi:10.3969/j.issn.1009-0479.2024.04.006
Asbtract
(
3
)
PDF
(961KB) (
1
)
Related Articles
|
Metrics
Abstract:Inacity,theoperationofsewagetreatmentplantsisdirectlyrelatedtotheconstructionofciv
icproduction.Duringtheoperationofsewagetreatmentplants,electricitycostsaccountfor25% ~35%
oftheoperatingcostsdependingontheprocessesused.Effectiveelectricitycostmanagementiscrucialfor
savingonoperatingexpenses.Thenewpowerreformpolicieshavepromotedenergysavingandconsump
tionreductioninsewagetreatmentplants.Thispaperanalyzestheresultsoffourtypicalsewageplantsin
Kunmingoverthepasttwoyears.In2022,themaintransactionmodewasannualtransactions,whichac
countedfor70% oftotalelectricityconsumption,whiletheremaining30% wasadjustedthroughmonthly
transactions.Onetimebundledtransactionsprovidedanoverallpriceadvantage,savingatotalof149
millionyuaninelectricitycostscomparedto2021,indicatingsignificantcostsavingpotential.Addition
ally,byleveragingtransactionpricesduringlowwaterandflatwaterperiodsandparticipatinginelectric
itymarkettransactions,electricitycostswerereducedby35% ~45% comparedtononimplementation
scenarios.Theserelevantexperiencesprovidevaluableinsightsandserveasamodelfortheoperationof
sewagetreatmentplant
StudyonThermalDecompositionKineticsofShellac#br# ResinHydroxypropylMethylcelluloseCompositeMembrane#br#
JIHaobo1, LIKai2
2024, 40(4): 43. doi:
doi:10.3969/j.issn.1009-0479.2024.04.007
Asbtract
(
3
)
PDF
(1347KB) (
1
)
Related Articles
|
Metrics
Abstract:Thecompositemembraneofshellacresin(SHL)hydroxypropylmethylcellulose(HPMC)isa
compositematerialpreparedbyusingthehydrophilicgelskeletonofHPMCtoimprovethehydrophilicity
ofshellacresinandthecompactnessofthefilm.Inordertoexplorethethermaldecompositionbehavior
andrelateddataofthecompositeunderheatingconditions,thethermaldecompositionkineticsmethod
wasused,withoxygenasthepurgegas.Thethermalmass(TG)anddifferentialscanningcalorimetry
(DSC)curvesofthecompositemembranefromroomtemperaturetohightemperatureweremonitored,
andthecorrespondingdifferentialthermalmass(DTG)curvesweredrawnbyrelatedsoftwaretoanalyze
thechangesincharacteristicparametersinthethermaldecompositionprocessofthecompositemembrane.
AccordingtotheTGandDTGcurves,thethermaldecompositionactivationenergyofthecompositemem
branewascalculatedbyKissingermethodandStarinkmethod,followedbythelinearcorrelationtest.The
Malekmethodwasusedtocalculateandinferthethermaldecompositionmathematicalmodelofthecom
positemembrane.TheresultsshowthatthethermaldecompositionprocessofSHLHPMCcomposite
membraneoccursintwosteps,andtheheatreleaseofthesystemishigherthanthatofheatabsorptionin
thethermaldecompositionprocess.DuetothepolymercharacteristicsofSLRHPMCcompositemem
brane,themaximumdecompositionratetemperatureincreaseswiththeincreaseofheatingrate.Thereis
acloselinearcorrelationbetweentheresultsofKissingermethodandStarinkmethod.Thethermalde
compositionactivationenergyofSLRHPMCcompositefilmis441310kJ/moland349410kJ/molre
spectively.TheMalekmethodresultsshowthatthethermaldecompositionreactionofSLRHPMCcom
positefilmisclosesttoJ-M-Aequation,andthethermaldecompositionreactionmechanismisrandom
nucleationandsubsequentgrowth.Theaveragevaluesofinitial,peakandendtemperaturesofviscous
flowtransitionofSLRHPMCcompositefilmsat10,15,20and25℃/minare570,678,811℃,
respectively,andtheaverageheatchangeofviscousflowtransitionatthecorrespondingheatingrate
is4759mJ.
PreparationandPerformanceEvaluationofFeZIF8Catalys
NINGMencui1, XINHongshun1, XUXiaojing2
2024, 40(4): 50. doi:
doi:10.3969/j.issn.1009-0479.2024.04.008
Asbtract
(
3
)
PDF
(1306KB) (
1
)
Related Articles
|
Metrics
Abstract:AFeZIF8catalystwassynthesizedforthetreatmentofdyewastewater.Itsstructurewaschar
acterizedbyXraydiffractionandscanningelectronmicroscopy,anditsphotocatalyticeffectonmethylene
bluesimulatedwastewaterwasstudied.Theeffectsofcatalystdosage,reactiontime,andpHonthedegra
dationefficiencywereinvestigated.Theexperimentalresultsshowthatthesynthesizedcatalysthasagood
photocatalyticeffectonmethylenebluesimulatedwastewater.Underexperimentalconditions,theoptimal
amountofcatalystis150mg,andthebesteffectisachievedatapHof9.After3hoursofreaction,the
degradationratecanreachabove9853%.Thecatalystutilizestheexcellentphysicochemicalpropertiesof
metalorganicframeworksandhasgoodapplicationprospectsforthedegradationofdyewastewater.
DesignofanIntegratedOperationalAmplifierAutomaticTestingTeaching#br# AssistancePlatform BasedonVirtualInstrumentation#br#
WUDanyan
2024, 40(4): 53. doi:
doi:10.3969/j.issn.1009-0479.2024.04.009
Asbtract
(
3
)
PDF
(1412KB) (
1
)
Related Articles
|
Metrics
Abstract:Toreducetheimpactofequipmentfailureontheefficiencyofanalogelectronictechnologyex
perimentalteaching,anintegratedoperationalamplifierautomatictestingteachingassistanceplatformwas
designedbasedonvirtualinstrumenttechnology.Softwareandhardwareplatformsweredevelopedbased
onvirtualinstrumenttechnology,utilizingtheintegratedvirtualinstrumentexperimentalplatformNIEL
VISIIfordatatransmission.Atestcircuitboardwasdesigned,andinstrumentpanelsandplatformsoft
warewerecreatedusingLabVIEW software.Theplatformwastestedusingtheintegratedoperationalam
plifierμA714chip,anditseffectivenesswasverifiedintheactualteachingofanalogelectronictechnolo
gy.Thetestandactualusageresultsshowedthattheplatformcanaccuratelydetectfaultychipswithan
accuracyrateexceeding95%.Comparedtowhentheplatformwasnotused,theaccuracyrateofexperi
mentsconductedbyteachersandstudentsusingtheplatformincreasedbymorethan20%,andthetime
consumptiondecreasedbymorethan20%.
TrendandDevelopmentBasedon48VLightHybridHeavyVehiclesTechnology
ZHOUPeng1a, WANGHao1a, LIHuidong1a, XIELeilei1b, NIUZiru2, PUYuchun
2024, 40(4): 59. doi:
doi:10.3969/j.issn.1009-0479.2024.04.010
Asbtract
(
3
)
Related Articles
|
Metrics
Abstract:Inresponsetothecurrentshortageoffossilfuelsandglobalenvironmentaldegradation,this
paperanalyzestheresponsesofthecountryandvariousscientificresearchinstitutions.The48Vlighthy
bridtechnologyandcontrolstrategywereintroducedandresearchedindetail.Thehybridmechanismand
energymanagementstrategyofthe48Vlighthybridpowersystemwereanalyzedandproposed.Theap
plicationdevelopmentandtrendofthishybridsysteminvariousOEMsweredescribed,demonstratingthe
feasibilityofthislighthybridtechnology.Finally,theoverallplanningofGDPcarbonemissionsatthe
nationallevelwasanalyzed,summarizingthecurrentstatusandproposingfutureprospects
DesignofLogisticsCoreEquipmentwithSTM32asController
XINGYupeng1, DENGjing1, JIANGQiong1, XIEYing2
2024, 40(4): 64. doi:
doi:10.3969/j.issn.1009-0479.2024.04.011
Asbtract
(
3
)
Related Articles
|
Metrics
Abstract:Theequipmentonthelogisticstransportationlineisdividedintocoreequipmentandcommon
equipment.Eachtransportationlinkiscomposedofapieceofcoreequipmentandalotofgeneralequip
ment.Atpresent,industrialproductionisdiversified,becauseofthechangeofcustomersandproduct,
thelogisticstransmissionlineneedstobechangedfrequently.Thecoreequipmentisresponsibleforde
centralizationofthelogisticstransmissionline,sothattheproductionlinecanberebuiltmoreflexibly.
Forthisreason,wedesignedthecoreequipmentwithSTM32F407VET6asthecontroller.Theactualuse
oftheproducthasprovedthatithasachievedthepredeterminedgoalsandrealizedtherequirementof
flexibilizationoftheproductionline
ApplicationofIOT2000intheTrainingofModernElectricalControl#br# System inHigherVocationalColleges#br#
ZHANGFan
2024, 40(4): 71. doi:
doi:10.3969/j.issn.1009-0479.2024.04.012
Asbtract
(
3
)
Related Articles
|
Metrics
Abstract:TheintelligentgatewaybasedonIoTapplicationscanbecompatiblewithdifferentcommunica
tionprotocolsanddatasourcesinautomaticcontrolsystems,efficientlycollectdata,andachievecommu
nicationinterconnection.Studyingtheapplicationofintelligentgatewayinvocationalautomationeduca
tionpracticehassignificantguidingsignificance.ThisarticleusesSIMATICIOT2000toconstructadata
acquisitionandtransmissionsystembasedontheYL158GA1equipment.ItexplorestheapplicationofIoT
intelligentgatewaysinskilltraininginvocationalcollegesandconductsresearchandexplorationonthe
controlfunctionsoftheIOT2000.Finally,asummaryoftheadvantagesanddisadvantagesofthe
IOT2000isprovided.Additionally,incombinationwiththecurrentneedsofInnovationandEntrepre
neurshipeducationinChinesecollegesanduniversities,theapplicationprospectsoftheIOT2000arean
alyzed.
TheMaintenanceandUpkeepofCNCMachine#br# ToolsinVocationalCollegesintheNewEra#br#
CHENChangmao
2024, 40(4): 78. doi:
doi:10.3969/j.issn.1009-0479.2024.04.013
Asbtract
(
3
)
PDF
(882KB) (
1
)
Related Articles
|
Metrics
Abstract:Inrecentyears,Chinahasincreasinglyemphasizedthebalanceddevelopmentofvocational
educationandthetrainingofgeneralhighschooltalents.Toeffectivelyaligntheneedsofvocational
educationsskilledpersonnelwiththeshortageofskilledtalentsinenterprises,theconditionsandequip
mentofvocationalcollegeshaveevolvedintotheeraofintelligenceandadvancementdrivenbymarket
demands.ToaccommodatetherapidandhealthydevelopmentofChinasmanufacturingindustry,many
vocationalcollegeshavealignedtheirCNCandelectromechanicalteachingequipmentwithmarketreforms
andintroducedmoreadvancedCNCmachinetools.However,extendingthedailyservicelifeofthise
quipment,ensuringitssafeandreliableoperation,andmaintainingmachiningaccuracyhavebecome
crucialissues.ThisstudydelvesintothesignificantroleofmaintainingandupkeepingCNCmachinetools
invocationalcollegesonequipmentperformanceandsetsforthrequirementsforoperatorstoenhancetheir
awarenessofequipmentmaintenance.
ResearchonthePathtoAccelerateCPUinX86Architecture#br# ComputersUsingC++#br#
WANGYanlin
2024, 40(4): 82. doi:
doi:10.3969/j.issn.1009-0479.2024.04.014
Asbtract
(
3
)
PDF
(900KB) (
1
)
Related Articles
|
Metrics
Abstract:AcceleratingtheCPUofacomputercanenhanceprocessorperformance,executeinstructions
faster,andcompletedataprocessingtasksmoreefficiently.Withtheincreaseincomputationaltasksand
thehigherloadonapplications,CPUaccelerationisessentialtoprovidethenecessarycomputingpower
forcomputers,ensuringsystemcompatibilityandfuturescalability.TheC++languagecanindirectlya
chieveCPUaccelerationbywritingprogramsthatutilizetheCPUsspecificinstructionsets,significantly
improvingtheperformanceofcomputationintensivetasks.Therefore,thispaperwillconductindepthre
searchandanalysisonthepathstoaccelerateCPUinX86architecturecomputersusingC++,elaborate
onthekeypointsofCPUaccelerationintheX86architecture,andanalyzethestrategiesforCPUacceler
ationimplementedinC++,providingsupportforenhancingcomputerperformance.
IntelligentBuildingSafetyMonitoringSystem BasedonEdgeComputing
GUOYufenga, DONGYajiea, LIYana, LIHaoa, WANGNab, WANGLianxub
2024, 40(4): 89. doi:
doi:10.3969/j.issn.1009-0479.2024.04.015
Asbtract
(
3
)
PDF
(1196KB) (
1
)
Related Articles
|
Metrics
Abstract:Thisstudyaimstoexploreanintelligentbuildingsafetymonitoringsystembasedonedgecom
putingtoaddressthechallengesofintelligentbuildingsafetymonitoring.Firstly,theneedsandchallen
gesofintelligentbuildingsafetymonitoringwereanalyzed,establishingthepurposeofthisstudy.Second
ly,amonitoringsystemarchitecturebasedonedgecomputingwasdesigned,utilizingYoloandSlowFast
modelstoimplementfunctionssuchasfacerecognition,targetdetection,poserecognition,andbehavior
detection.Subsequently,thesystemsperformancewasevaluatedthroughexperimentaltestingontheUCF
-101dataset.TheresultsshowthatposerecognitionandbehaviordetectionbasedontheSlowFastmodel
performwellintermsofaccuracy,recall,andF1score,demonstratingthesystemseffectivenessandre
liability.Theconclusionindicatesthattheintelligentbuildingsafetymonitoringsystem basedonedge
computingproposedinthisstudyeffectivelyaddressestheproblemofintelligentbuildingsafetymonito
ring,providingreliabletechnicalsupportforbuildingsafetymanagement.Inthefuture,algorithmsand
systemarchitecturecanbefurtheroptimizedtoenhancesystemperformanceandreliability,meetingthe
growingdemandforbuildingsafetymanagement
ResearchontheCollaborativeEducationMechanism BetweenSurveying#br# andMappingApplicationOrientedUniversitiesandLocalAuthorities:#br# ACaseStudyofSurveyingandMappingEngineeringMajor#br# inShandongJiaotongUniversity#br#
HUANGBaohua1, 2
2024, 40(4): 95. doi:
doi:10.3969/j.issn.1009-0479.2024.04.016
Asbtract
(
3
)
PDF
(956KB) (
1
)
Related Articles
|
Metrics
Abstract:Withtherapiddevelopmentofthesocialeconomy,surveyingandmappingengineeringplays
animportantroleinnationalconstruction.Facedwiththerapiddevelopmentandconstantlyupgrading
needsofthesurveyingandmappingindustry,thecollaborativeeducationmechanismbetweenuniversities
andlocalgovernmentsisparticularlyimportant.ThisarticletakestheSurveyingandMappingEngineering
majorofShandongJiaotongUniversityasanexampletoexplorethecollaborativeeducationmechanismbe
tweenuniversitiesandlocalareas,includingtheestablishmentofacooperationmechanismbetweentheu
niversitiesandlocalauthorities,optimizationofcourses,improvementofpracticalteachingquality,
studentparticipationinlocalprojectsandinternships,establishmentofanindustrymentorsystem,and
thedevelopmentofevaluationandadjustmentmechanismsbasedonactualsituations.Throughestablis
hingacollaborativeeducationmechanism,studentspracticalandinnovativeabilitieshavebeenen
hanced,enablingthemtogetadjustedtothelocalworkenvironmentintheirfuturecareer,andmakedue
contributionstobequalifiedprofessionaltalentsforlocalgovernmentsandenterprises.
AnalysisandExplorationofTraverseMeasurementQuestionsintheNational#br# VocationalCollegeSurveyingandMappingSkillsCompetition#br#
LIJian, ZHUQicheng, CHENGGong, PANPing, NIEJuntang
2024, 40(4): 101. doi:
doi:10.3969/j.issn.1009-0479.2024.04.017
Asbtract
(
3
)
PDF
(1140KB) (
1
)
Related Articles
|
Metrics
Abstract:TheNationalVocationalCollegeSurveyingandMappingSkillsCompetitionisanimportant
competitionforsurveyingandmappingmajorsinvocationalcolleges.Beingabletoparticipateinthecom
petitionandwinawardshasbecomeanimportantindicatorformeasuringthequalityofteachinginthis
major.Traversemeasurementisaroutineeventinmajorcompetitionsandhasbeencontinuouslycontes
tedformanyyears.Thecompetitionquestionsareflexibleandvaried,butproblemssuchassimpleques
tiontypes,lowscoredifferentiation,andinsufficientcomprehensivenessaregraduallybecomingpromi
nent.Basedonthebasictheoryoftraversemeasurement,thisarticleanalyzesthechangesandcharacter
isticsoftraversemeasurementquestionsintheNationalVocationalCollegeSkillsCompetitioninthepast
threeyears,exploresthepossibilitiesofotherquestions,providesdirectionfortraversemeasurement
preparation,andprovidesreferenceforparticipatingteamstoprepareforthecompetition.
ResearchontheIntegrationof“PostCourseCompetitionCertificate”inthe#br# Course“SCM TechnologyandApplication”#br#
CUIBaoying1, CHENGQuancheng2
2024, 40(4): 107. doi:
doi:10.3969/j.issn.1009-0479.2024.04.018
Asbtract
(
3
)
PDF
(907KB) (
1
)
Related Articles
|
Metrics
Abstract:Theintegrationof“PostCourseCompetitionCertificate”isapracticalandapplicationfocused
teachingandtrainingmodelthatorganicallycombinesenterprisepostcompetencyrequirements,course
content,skillcompetitions,andvocationalskillgradestandards.Thecourseteamdisassemblesthecom
petitionitems,integratesthepostcompetencyrequirements,andreformsthecoursecontentbasedonvo
cationalskillstandardstocarryoutprojectbasedteaching.Ultimately,usingtheclassasapilot,theef
fectivenessofteachingreformisassessedthroughtheevaluationofthereformedcourse,satisfactionsur
veysfromstudentsandenterprises,studentcompetitionawards,andtheacquisitionofskilllevelcertifi
cates.Theresultsindicatethatthecurriculumreformandpracticealignwiththecurrentsocialandindus
trialdevelopmenttrends,significantlypromotethecultivationofhighskilledtalents,enhancestudents
practicalabilities,andstrengthenthedevelopmentofstudentsprofessionalqualities.Thiscomprehensive
developmentinboththeoreticalknowledgeandpracticalskillsbetterequipsstudentstomeetfuturejobre
quirements.
ExploringthePracticeofIntegratingthe“1+X”CertificateSystem intothe#br# TalentTrainingProgram ofHigherVocationalColleges:ACaseStudy#br# oftheSoftwareTechnologyMajorofKunmingMetallurgyCollege#br#
LIUFawen1, WUYun2, FANGFang1, WANGRui1, XIEXianjie1
2024, 40(4): 112. doi:
doi:10.3969/j.issn.1009-0479.2024.04.019
Asbtract
(
3
)
PDF
(904KB) (
1
)
Related Articles
|
Metrics
Abstract:ThisstudytakestheSoftwaremajorofKunmingMetallurgyCollegeasanexampletoexplore
thespecificimplementationpathofintegratingthe“1+X”certificatesystemintothetalenttrainingpro
gramofvocationalcolleges.Theaimistooptimizetalenttrainingprogramsbasedonvocationalskilllevel
standardsandrevisetheseprogramstobettermeetpracticalcareerdevelopmentrequirements.According
tothevocationalskilllevelcertificatestandardof“1+X”Webfrontenddevelopment,thecurriculum
settinginthetalenttrainingprogramisoptimized.Thenewcurriculumstandardisrevisedtoachievecon
sistencybetweenthecertificatestandardandthecurriculumteachingstandard.Theprofessionalskilllev
elandteachingleveloftheentireteamofteachersarecontinuouslyimproved,andtheteachingmodeis
innovated.Byleveragingtheadvantagesofschoolsandenterprises,anddeepeningthecooperationbe
tweenschoolsandenterprisestojointlybuildamodernapprenticeshipsystem,studentsskillsarepromo
tedthroughparticipationinvocationalskillscompetitions.Theintegrationofthe“1+X”certificatesys
temintothetalenttrainingprogramofhighervocationalcollegesisachievedthroughtheestablishmentof
acreditexchangemechanismandmultipleevaluationmechanismsforstudents.
News
More>>
Download
Links
Visited
Total visitors:
Visitors of today:
Now online:
Wechat