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| Creator | Title | Description | Subject | Date | ||
|---|---|---|---|---|---|---|
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Brown, Bruce Eric | Modeling of solids for three-dimensional finite element analysis | The geometric modeling of solid objects is a major problem within the design analysis loop of the engineering design process. Models are analyzed by various computer programs to predict their performance. The format of each model is usually different for each analysis routine. The existence of sev... | Geometric modeling; Solid objects; Finite element analysis | 1977 |
| 2 |
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Bruderlin, Beat | Robustness in geometric modeling - an intuitionistic and tolerance-based approach | An intuitionistic geometry approach is taken to develop two tolerance-based methods for robust geometric computation. The so called analytic model method and the approximated model method are developed independently of a specific application or a geometric algorithm. Geometric robustness is formally... | Robustness; Geometric modeling; Intuitionistic geometry; Geometric robustness | 1992 |
| 3 |
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Bruderlin, Beat | Robustness in solid modeling - a tolerance based, intuitionistic approach | This paper presents a new robustness method for geometric modeling operations. It computes geometric relations from the tolerances defined for geometric objects and dynamically updates the tolerances to preserve the properties of the relations, using an intuitionistic self-validation approach. Geome... | Solid modeling; Geometric modeling; Intuitionistic | 1992 |
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