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    Basic requirements for on-site detection scope and classification of concrete structures

    Basic requirements for on-site detection scope and classification of concrete structures

    Classification:
    Industry News
    Release time:
    2018/07/04 14:53
    Page view
    Engineering quality inspection is the work of comparing the status of engineering quality with the indicators required by the design or the indicators defined by the specification and determining its compliance. This task focuses on the legitimate rights and interests of the parties involved in No deviation is allowed in the indicators and judgment rules, and the inspection shall give a clear conclusion of compliance.
     
    Concrete structure inspection is to determine the actual status of structural performance parameters. Generally, the estimated or representative values ​​of the tested parameters should be given to provide data and information for structural performance assessment, so that the assessment agency can take appropriate measures.
     
    There is a mutual conversion process between engineering quality testing and structural performance testing. Engineering quality testing is a non-conforming project, and further structural performance testing is often required in order to take appropriate reinforcement measures or make concession acceptance; Engineering, when changing the use, in order to take advantage of some of the actual performance parameters of the structure, further structural performance testing is required. Similarly, the structural performance test data can also be used as the basis for engineering quality assessment when necessary.
     
    This article specifies the situations of quality inspection of concrete structure engineering. In these cases, it is generally required that the inspection must give a clear compliance conclusion.

    Basic requirements for on-site detection scope and classification of concrete structures

    Page view
    [Abstract]:
    Engineeringqualityinspectionistheworkofcomparingthestatusofengineeringqualitywiththeindicatorsrequiredbythedesignortheindicatorsdefinedbythespecificationanddeterminingitscompliance.ThistaskfocusesonthelegitimaterightsandinterestsofthepartiesinvolvedinNodeviationisallowedintheindicatorsandjudgmentrules,andtheinspectionshallgiveaclearconclusionofcompliance. Concretestructureinspectionistodeterminetheactualstatusofstructuralperformanceparameters.Generally,theestimatedorrepresentativevalues​​ofthetestedparametersshouldbegiventoprovidedataandinformationforstructuralperformanceassessment,sothattheassessmentagencycantakeappropriatemeasures. Thereisamutualconversionprocessbetweenengineeringqualitytestingandstructuralperformancetesting.Engineeringqualitytestingisanon-conformingproject,andfurtherstructuralperformancetestingisoftenrequiredinordertotakeappropriatereinforcementmeasuresormakeconcessionacceptance;Engineering,whenchangingtheuse,inordertotakeadvantageofsomeoftheactualperformanceparametersofthestructure,furtherstructuralperformancetestingisrequired.Similarly,thestructuralperformancetestdatacanalsobeusedasthebasisforengineeringqualityassessmentwhennecessary. Thisarticlespecifiesthesituationsofqualityinspectionofconcretestructureengineering.Inthesecases,itisgenerallyrequiredthattheinspectionmustgiveaclearcomplianceconclusion.
    Engineering quality inspection is the work of comparing the status of engineering quality with the indicators required by the design or the indicators defined by the specification and determining its compliance. This task focuses on the legitimate rights and interests of the parties involved in No deviation is allowed in the indicators and judgment rules, and the inspection shall give a clear conclusion of compliance.
     
    Concrete structure inspection is to determine the actual status of structural performance parameters. Generally, the estimated or representative values ​​of the tested parameters should be given to provide data and information for structural performance assessment, so that the assessment agency can take appropriate measures.
     
    There is a mutual conversion process between engineering quality testing and structural performance testing. Engineering quality testing is a non-conforming project, and further structural performance testing is often required in order to take appropriate reinforcement measures or make concession acceptance; Engineering, when changing the use, in order to take advantage of some of the actual performance parameters of the structure, further structural performance testing is required. Similarly, the structural performance test data can also be used as the basis for engineering quality assessment when necessary.
     
    This article specifies the situations of quality inspection of concrete structure engineering. In these cases, it is generally required that the inspection must give a clear compliance conclusion.
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