Catálogo de publicaciones - libros
Computer-Based Design and Manufacturing: An Information-Based Approach
Emad Abouel Nasr Ali K. Kamrani
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Disponibilidad
| Institución detectada | Año de publicación | Navegá | Descargá | Solicitá |
|---|---|---|---|---|
| No detectada | 2007 | SpringerLink |
Información
Tipo de recurso:
libros
ISBN impreso
978-0-387-23323-9
ISBN electrónico
978-0-387-23324-6
Editor responsable
Springer Nature
País de edición
Reino Unido
Fecha de publicación
2007
Información sobre derechos de publicación
© Springer Science+Business Media, LLC 2007
Cobertura temática
Tabla de contenidos
Product Development Life Cycle
The product development life cycle can be defined as a sequence of all the required activities that a company must perform to develop, manufacture and sell a product. These activities include marketing, research, engineering design, quality assurance, manufacturing, and a whole chain of suppliers and vendors. This chapter provides the concept of product development life cycle, the importance of product development during the product development life cycle, the major phases of product development process, benchmarking, the systematic procedure of generating concepts, and finally a complete case study for understanding the presented concepts.
Palabras clave: Product Development; Product Development Process; Concurrent Engineering; Concept Selection; Solution Principle.
Part I - Product Design | Pp. 3-30
Product Life Cycle Cost Model
This Chapter discussed the important characteristics of the manufacturing environment, the computer role in manufacturing systems, the elements of Cost Breakdown in manufacturing systems, cost estimating in manufacturing, the objectives and methods of cost estimating in the manufacturing environment, the detailed computerized method that is used in cost estimating, and computer-aided cost estimating (CACE).
Palabras clave: Cost Estimate; Preventive Maintenance; Maintenance Action; Product Life Cycle; Operational Facility.
Part I - Product Design | Pp. 31-58
Computer-Based Design and Features
Palabras clave: Numerical Control; Feature Recognition; Part Design; Engineering Drawing; Material Requirement Planning.
II - Feature-Based Design and Tecniques | Pp. 61-70
Methodologies of Feature Representations
This chapter presents discussions related to feature representation methodologies. It includes feature’s definition, wirepame modeling, surface modeling, boundary representation (B-rep), constructive solid geometry (CGS), and definition of interacting features . These methods are used to facilitate the feature recognition process.
Palabras clave: Solid Modeling; Boundary Representation; Feature Recognition; Assembly Planning; Bezier Curve.
II - Feature-Based Design and Tecniques | Pp. 71-100
Feature Extraction Techniques
This chapter presents a brief review of previous work on the related topics of feature representation and recognition. Section 5.1 describes previous research efforts in the area of feature representation. Section 5.2 describes previous research in the area of feature recognition.
Palabras clave: Feature Recognition; Constructive Solid Geometry; Process Planning System; Prismatic Part; Initial Graphic Exchange Specification.
II - Feature-Based Design and Tecniques | Pp. 101-124
Initial Graphics Exchange Specifications (IGES)
This chapter presents discussions related to a standard product data format of an object which is considered the most important tool toward the standardization of product data and at the same time towards the compatible exchange of information among various CAD and CAM systems. IGES format is addressed in detail as one of the popular standard formats.
II - Feature-Based Design and Tecniques | Pp. 125-130
Intelligent Feature Recognition Methodology
In this chapter, algorithms for extracting entities form IGES file are developed. Also, feature extraction algorithms are presented. In the next chapter, classifications of the interacting features are developed. Interacting feature extraction algorithms are also presented.
Palabras clave: Outer Loop; Common Edge; Internal Loop; External Loop; Round Corner.
II - Feature-Based Design and Tecniques | Pp. 131-179
Feature Interaction Methodology
In this chapter, a methodology for feature interaction of prismatic parts for CAM applications is developed and presented. Classification of interacting features is also addressed.
Palabras clave: Production Rule; Single Feature; Feature Recognition; Feature List; Hole Blind.
II - Feature-Based Design and Tecniques | Pp. 181-201
Mapping the Extracted Manufacturing Features to Process Planning
In this chapter, mapping all the extracted manufacturing features to the process planning point of view as an application of CAM is presented. In the next chapter, implementation of all developed algorithms is presented through examples for demonstration purposes.
Palabras clave: Machine Operation; Machine Sequence; Machine Direction; Twist Drill; Hole Blind.
III - Feature-Based Process Planning and Techniques | Pp. 205-214
Intelligent Feature Recognition Methodology (IFRM) Implementation
This chapter presents the implementation of the intelligent feature recognition methodology (IFRM). Basically, IFRM consists of two major stages: CAD interface and feature recognition program. The designed part is created by using a Mechanical Desktop 6 power pack® CAD system that supports B-rep and IGES translators. However, any CAD system can be used. The feature recognition program is developed using Windows-based Microsoft Visual C++ 6 on a PC environment. Finally, illustrative examples are presented for demonstration purposes.
Palabras clave: Feature Recognition; Machine Information; Merging Rule; Free Form Feature; IGES File.
III - Feature-Based Process Planning and Techniques | Pp. 215-277