ABSTRACT Determination of the tolerances of an assembly's components is an important issue for quality engineers. Recently, usage of statistical techniques to determine optimum component tolerances is being widely employed. In this study, additive and probabilistic relations between component and assembly tolerances are defined and approaches on the usage of response surfaces for determination of optimum tolerances for additive relations are reviewed. An application case on determining optimum tolerances by response surface methodology by utilizing the probabilistic relations between tolerances is given. Advantages and disadvantages of probabilistic relations versus additive ones are discussed.Bir montajı oluşturan bileşenlerin toleransları...
A product may consist of two or more components being assembled together. The geometrical and dimens...
International audienceStarting from the development phase, tolerance design must be accurate enough ...
In manufacturing process, the quality of final products is significantly affected by both product de...
The tolerance design problem involves optimizing component and assembly tolerances to minimize the t...
Electronics engineers rely on component tolerances to create functional designs. It isimportant to b...
Tolerance analysis and allocation are two activities of great importance in product development. The...
In mass production, the customer defines the constraints of assembled products by function...
To design mechanical systems, functional dimensioning and tolerancing consists in allocating a targe...
One of the tests carried out by designers in an attempt to check whether an assembly of components w...
Tolerance, representing permissible variation of a dimension in an engineering drawing, is determine...
Optimum tolerance allocation plays a vital role in minimization of the direct manufacturing cost, an...
Due to the difficulty of modeling the manufacturing deviations reliably, the existing geometric mode...
The determination of tolerances has a huge impact on the price and quality of products. The objectiv...
Tolerance analysis of mechanism aims at evaluating product quality during its design stage. Techniqu...
Abstract:- In order to study the variations of mechanical components of an assembly, the accumulatio...
A product may consist of two or more components being assembled together. The geometrical and dimens...
International audienceStarting from the development phase, tolerance design must be accurate enough ...
In manufacturing process, the quality of final products is significantly affected by both product de...
The tolerance design problem involves optimizing component and assembly tolerances to minimize the t...
Electronics engineers rely on component tolerances to create functional designs. It isimportant to b...
Tolerance analysis and allocation are two activities of great importance in product development. The...
In mass production, the customer defines the constraints of assembled products by function...
To design mechanical systems, functional dimensioning and tolerancing consists in allocating a targe...
One of the tests carried out by designers in an attempt to check whether an assembly of components w...
Tolerance, representing permissible variation of a dimension in an engineering drawing, is determine...
Optimum tolerance allocation plays a vital role in minimization of the direct manufacturing cost, an...
Due to the difficulty of modeling the manufacturing deviations reliably, the existing geometric mode...
The determination of tolerances has a huge impact on the price and quality of products. The objectiv...
Tolerance analysis of mechanism aims at evaluating product quality during its design stage. Techniqu...
Abstract:- In order to study the variations of mechanical components of an assembly, the accumulatio...
A product may consist of two or more components being assembled together. The geometrical and dimens...
International audienceStarting from the development phase, tolerance design must be accurate enough ...
In manufacturing process, the quality of final products is significantly affected by both product de...