Search for dissertations about: "Virtual manufacturing"
Showing result 11 - 15 of 91 swedish dissertations containing the words Virtual manufacturing.
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11. Towards Virtual Tryout and Digital Twins : Enhanced Modeling of Elastic Dies, Sheet Materials, and Friction in Sheet Metal Forming
Abstract : Competition and complexity in the global car market are continuously increasing. To gain an edge in the market while making a profit, each competitor in the market needs a strong focus on technology development. Such a focus will increase the value of the product for the customers. READ MORE
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12. Ergonomics Methods and Work Procedures in Car Manufacturing for Improvement of Quality, Productivity and Health at Work
Abstract : Many studies have concluded that there are great human and economic gains in finding ergonomically sound solutions as early as possible in product and production development. Hence, the objective of the research presented in this thesis was to evaluate methods for improved ergonomics assessment in early phases of product and production development and in production. READ MORE
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13. A Simulation-Based Optimisation Method for PLC Systems
Abstract : Tuning of process parameters such as time constants, cam values, velocities and robot paths, in order to increase capacity utilisation, is today a challenging manual on-line task in many automated manufacturing systems. On-line methods interfere with production and will cause unwanted downtime, which indeed reduces capacity utilisation. READ MORE
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14. Virtual reality in construction : tools, methods and processes
Abstract : Present-day construction projects are characterized by short-term partnerships between multidisciplinary teams with varying levels of process maturity and information handling capability. They involve the planning, design and erection of structures of all types. READ MORE
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15. On Virtual Development of Manufacturing Systems -Proposal for a Modular Discrete Event Simulation Methodology
Abstract : This thesis formulates one approach on how to reuse and take advantage of knowledge and data for discrete event simulation of manufacturing systems. The approach uses modularity and division of knowledge in order to present a methodology for modular discrete event simulation. READ MORE