Tolerances, the allowance on dimensional and shape variation of a design, are essential features of the design. As such, they should be present in the virtual prototype world of MCAD. The checking and fine-tuning of tolerances is a painstaking task, which has become easier with advanced dedicated software. The newest trend is to integrate the dedicated expert software systems in the MCAD software. This paper investigates in the solutions offered to designers and engineers to tolerance-model their designs from within the MCAD software.status: publishe
Mechanical tolerances are specified in conjunction with part geometry, material type andother techni...
International audienceThis paper presents a comparison of degree of freedom (DOF) based math models,...
Mechanical tolerances are specified in conjunction with part geometry, material type and other techn...
The paper sets forth a theory to explain how dimensions and views combine to specify the shape of a ...
The Dimensional Management (DM) is well known as the reference methodology for the management of dim...
which such information is unavailable or mislaid. It is desirable to create a complete CAD model fro...
In this paper an approach will be made to a general view on tolerances in mechanical engineering, es...
Abstract. As the core part of dimension management, tolerance optimal design plays an increasingly i...
Use Tolerance Analysis Techniques to Avoid Design, Quality, and Manufacturing Problems Before They H...
Tolerance design is an important part of the product development and manufacturing process. Studies ...
The management of spatial dimensional variations and 3D tolerance stacks is a key issue to achieve h...
Automating dimensional tolerancing using Ripple Down Rules (RDR) We propose to use a knowledge based...
The fields of tolerancing and assembly analysis have depended for decades on ad hoc, shop floor meth...
In spite of the impressive growth in functionality of modern CAD systems, the integration of toleran...
AbstractThe paper deals with the representation of vectorial tolerances in the parametric CAD-model ...
Mechanical tolerances are specified in conjunction with part geometry, material type andother techni...
International audienceThis paper presents a comparison of degree of freedom (DOF) based math models,...
Mechanical tolerances are specified in conjunction with part geometry, material type and other techn...
The paper sets forth a theory to explain how dimensions and views combine to specify the shape of a ...
The Dimensional Management (DM) is well known as the reference methodology for the management of dim...
which such information is unavailable or mislaid. It is desirable to create a complete CAD model fro...
In this paper an approach will be made to a general view on tolerances in mechanical engineering, es...
Abstract. As the core part of dimension management, tolerance optimal design plays an increasingly i...
Use Tolerance Analysis Techniques to Avoid Design, Quality, and Manufacturing Problems Before They H...
Tolerance design is an important part of the product development and manufacturing process. Studies ...
The management of spatial dimensional variations and 3D tolerance stacks is a key issue to achieve h...
Automating dimensional tolerancing using Ripple Down Rules (RDR) We propose to use a knowledge based...
The fields of tolerancing and assembly analysis have depended for decades on ad hoc, shop floor meth...
In spite of the impressive growth in functionality of modern CAD systems, the integration of toleran...
AbstractThe paper deals with the representation of vectorial tolerances in the parametric CAD-model ...
Mechanical tolerances are specified in conjunction with part geometry, material type andother techni...
International audienceThis paper presents a comparison of degree of freedom (DOF) based math models,...
Mechanical tolerances are specified in conjunction with part geometry, material type and other techn...