Sökning: "Set-based Concurrent Engineering"
Visar resultat 1 - 5 av 6 avhandlingar innehållade orden Set-based Concurrent Engineering.
1. Industrial Experiences of Set-based Concurrent Engineering- Effects, results and applications
Sammanfattning : During product development, most of the customer value, as well as the cost and the quality of a product are defined. This key role of development in industry has led to an intense search for better ways to develop products, software, services and systems. LÄS MER
2. Platform Lifecycle Support using Set-Based Concurrent Engineering
Sammanfattning : Product development companies strive to provide their customers with high quality products, more quickly than their competitors, using as few resources as possible. One way of managing all three aspects at the same time is to reuse old, quality assured designs and knowledge in new products. LÄS MER
3. Industrial Application of Set-based Concurrent Engineering – Managing the design space by using Platform System Families
Sammanfattning : During product development, most of the customer value, as well as the cost and the quality of a product are defined. This key role of development in industry has led to an intense search for better ways to develop products, software, services and systems. LÄS MER
4. Platform Design for Producibility: Early-Stage Modeling and Assessment Support
Sammanfattning : In industry, platforms are commonly adopted to reduce unique parts among a variety of distinct product variants, which have proven to be cost-effective within a single platform lifecycle. However, when the platform becomes obsolete or modifications are required to capture changing customer and production needs and requirements, manufacturers often spill tears over the time-consuming and costly processes of reusing and adapting the current platform structure into new. LÄS MER
5. Platform-Based Design - Design Rationale Aspects within the Configurable Component Concept
Sammanfattning : Competition, emanating from globalization and the continuing evolution in supplier chains, especially within the automotive industry, creates pressure on every phase of a design´s lifecycle to be more efficient. Requirements, which at least are perceived as conflicting, on one hand a low product price achieved by high volumes and economy of scale, and on the other hand the customers´ whish of individualized products, push for new approaches. LÄS MER