The paper sets forth a theory to explain how dimensions and views combine to specify the shape of a mechanical component. It provides a method to determine whether a component is under, over, or exactly defined by a given dimensioning scheme. Measures for assessing the quality of a scheme are proposed. A solution is offered to a problem of tolerancing: given a toleranced dimensioning scheme, find the resulting tolerances between undimensioned parts of a component.
AbstractGeometric dimensioning and Tolerancing (GDT) constitutes the dominant approach for design an...
Manual computation of tolerance charts and process planning requires highly skilled and experienced ...
AbstractTolerance analysis is a key tool to predict the consequences of geometric variations on prod...
Tolerances, the allowance on dimensional and shape variation of a design, are essential features of ...
Dimensioning and tolerancing are very important issues in product design and manufacture. This paper...
The paper surveys the current state of knowledge of techniques for representing, manipulating and an...
The paper reviews the literature on the computer modelling of dimensions and tolerances. The success...
The management of spatial dimensional variations and 3D tolerance stacks is a key issue to achieve h...
Mechanical tolerances are specified in conjunction with part geometry, material type and other techn...
The Dimensional Management (DM) is well known as the reference methodology for the management of dim...
Use Tolerance Analysis Techniques to Avoid Design, Quality, and Manufacturing Problems Before They H...
In this paper an approach will be made to a general view on tolerances in mechanical engineering, es...
Mechanical tolerances are specified in conjunction with part geometry, material type andother techni...
This paper is the first of two which present a methodology for determining the dimensional specifica...
Synthesizing dimensional tolerances of mechanical systems involves finding the values of the allowab...
AbstractGeometric dimensioning and Tolerancing (GDT) constitutes the dominant approach for design an...
Manual computation of tolerance charts and process planning requires highly skilled and experienced ...
AbstractTolerance analysis is a key tool to predict the consequences of geometric variations on prod...
Tolerances, the allowance on dimensional and shape variation of a design, are essential features of ...
Dimensioning and tolerancing are very important issues in product design and manufacture. This paper...
The paper surveys the current state of knowledge of techniques for representing, manipulating and an...
The paper reviews the literature on the computer modelling of dimensions and tolerances. The success...
The management of spatial dimensional variations and 3D tolerance stacks is a key issue to achieve h...
Mechanical tolerances are specified in conjunction with part geometry, material type and other techn...
The Dimensional Management (DM) is well known as the reference methodology for the management of dim...
Use Tolerance Analysis Techniques to Avoid Design, Quality, and Manufacturing Problems Before They H...
In this paper an approach will be made to a general view on tolerances in mechanical engineering, es...
Mechanical tolerances are specified in conjunction with part geometry, material type andother techni...
This paper is the first of two which present a methodology for determining the dimensional specifica...
Synthesizing dimensional tolerances of mechanical systems involves finding the values of the allowab...
AbstractGeometric dimensioning and Tolerancing (GDT) constitutes the dominant approach for design an...
Manual computation of tolerance charts and process planning requires highly skilled and experienced ...
AbstractTolerance analysis is a key tool to predict the consequences of geometric variations on prod...