共找到 150 條與 合格概率限 相關的標準，共 10 頁
本文件規定了按給定工件特性(或工件批量特性)的公差或測量設備計量特性的最大允許誤差,包括測得值接近規范限時要考慮的測量不確定度,驗證工件或測量設備的特性合格或不合格的判定規則。 本文件適用于GPS通用標準(見ISO14638)中界定的規范,包括: ———工件規范及其批量規范(通常以上規范限、下規范限
Geometrical product specifications (GPS)—Inspection by measurement of workpieces and measuring equipment—Part 1:Decision rules for verifying conformity or nonconformity with specifications
本標準給出了確定服從正態分布（均值、標準差未知）的產品特性值X落在定限（L，U）內概率R（見圖）的置信下限RL的方法
Lower confidence limit of normal probability within specified limits
本標準規定了用應力-強度模型（應力、強度為正態變量、且相互獨立）刻劃的產品的結構可靠性設計方法。它適用于機械產品的零、部、組件的結構強度設計，各類建筑物的整體結構以及組成結構的構件和基礎設計等；對非結構件，如元器件的參數設計等也可參照采用
Probabilistic limit states design (Normal-Normal mode)
本標準規定了用應力-強度模型（應力、強度為正態變量，且相互獨立）刻劃的產品的結構可靠性設計方法。 本標準適用于機械產品的零、部、組件的結構強度設計，各類建筑物的整體結構以及組成結構的構件和基礎設計等；對非結構件，如元器件的參數設計等也可參照采用
Probabilistic limit states design(Normal-Normal mode)
This SAE Aerospace Information Report (AIR) addresses the following: a. perceptions which inhibit the introduction of probabilistic methods; b
Perceptions and Limitations Inhibiting the Application of Probabilistic Methods
Perceptions and Limitations Inhibiting the Application of Probabilistic Methods
This SAE Aerospace Information Report (AIR) addresses the following: a Perceptions which inhibit the introduction of probabilistic methods b Technical
Perceptions and Limitations Inhibiting the Application of Probabilistic Methods
EESSI conformity assessment guidance - General introduction
A variety of risk analysis methodologies are available to assess the risks experienced in different disciplines. However, determining the probability
Analyzing the Risk of Producing Non-compliant Water in a Water Treatment Plant Using Probabilistic Risk Analysis Methodologies
RESTRICTED USE SUBSTANCES IN POLYMERIC MATERIALS746R1 Scope1.1 These requirements cover tests and evaluation for the assessment of polymeric materials
Outline of Investigation for Restricted Use Substances in Polymeric Materials
Specification format for single degree of freedom spring-limited rate gyroscopes
Summary of limit thread gauges
Integration of Probabilistic Methods into the Design Process
4.1 In Case 1, the sample is selected from a process or a very large
Standard Practice for Setting an Upper Confidence Bound For a Fraction or Number of Non-Conforming items, or a Rate of Occurrence for Non-conformities, Using Attribute Data, When There is a Zero Response in the Sample
ADOPTED_FROM:CWA 14172-1:2004 This document provides the rationale for the guidance on conformity assessment concerning the following services
EESSI Conformity Assessment Guidance — Part 1: General introduction
