Case studies in advanced engineering design : proceedings of the 1st international symposium /

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Bibliographic Details
Corporate Authors: Case Studies in Advanced Engineering Design Delft University of Technology, Ebooks Corporation
Format: Electronic Conference Proceeding eBook
Language:English
Published: Amsterdam : IOS Press BV, [2013]
Subjects:
Online Access:Connect to this title online (unlimited simultaneous users allowed; 325 uses per year)
Table of Contents:
  • Machine generated contents note: Summary / M. Barone
  • 1.1. Introduction: CERN and its Large Hadron Collider / M. Barone
  • 1.2. Large Hadron Collider (LHC) / M. Barone
  • 1.3. Some technological issues: Pros / M. Barone
  • 1.4. LHC design flaws / M. Barone
  • 1.5. Conclusion / M. Barone
  • Bibliography / M. Barone
  • Topics for discussion and self-study / M. Barone
  • Summary / S. Katsikas
  • 2.1. Introduction / S. Katsikas
  • 2.2. Business model / S. Katsikas
  • 2.3. Problem identification and market study / S. Katsikas
  • 2.4. concept of Laros / S. Katsikas
  • 2.5. Electronics system / S. Katsikas
  • 2.6. Energy harvesting / S. Katsikas
  • 2.7. Collaboration / S. Katsikas
  • Topics for discussion and self-study / S. Katsikas
  • Summary / S. Katsikas
  • Summary / M. Garlasché
  • 4.1. Introduction to proton therapy / M. Garlasché
  • 4.2. LIGHT / M. Garlasché
  • 4.3. First Unit and its components / M. Garlasché
  • 4.4. Basic theory for cell design and production / M. Garlasché
  • 4.5. Old and new tolerance definition procedures / M. Garlasché
  • 4.6. Numerical case evaluation / M. Garlasché
  • 4.7. Conclusion / M. Garlasché
  • Bibliography / M. Garlasché
  • Topics for discussion and self-study / M. Garlasché
  • Summary / A. Draad
  • 5.1. Introduction / A. Draad
  • 5.2. Principle of the inkjet / A. Draad
  • 5.3. Mechanical layout inkjet printer / A. Draad
  • 5.4. Design aspects of the carriage / A. Draad
  • 5.5. Self-positioning / A. Draad
  • 5.6. Thermal design / A. Draad
  • 5.7. Design phase / A. Draad
  • 5.8. Conclusion / A. Draad
  • Topics for discussion and self-study / A. Draad
  • Summary / C. Mellace
  • 6.1. Hadron therapy / C. Mellace
  • 6.2. ADAM's technological innovations / C. Mellace
  • 6.3. Failure Modes and Effects Analysis (FMEA) and Failure Modes, Effects and Criticality Analysis (FMECA) / C. Mellace
  • 6.4. Case analysis: Mechanical optimisation of a RF coupling system for a medical Linac through FMEA / C. Mellace
  • 6.5. Upgrades and improvements: Towards the RF coupling system 'Version 2010' / C. Mellace
  • 6.6. Conclusion: A comparison between 'Version 2001' and 'Version 2011' / C. Mellace
  • Bibliography / C. Mellace
  • Topics for discussion and self-study / C. Mellace
  • Summary / E. van Gorp
  • 7.1. Design of a polyethylene yarn / E. van Gorp
  • 7.2. Design of UD product for ballistic applications / E. van Gorp
  • Bibliography / E. van Gorp
  • Topics for discussion and self-study / E. van Gorp
  • Summary / H. Russchenberg
  • 8.1. Introductory context: Climate and the weather / H. Russchenberg
  • 8.2. What radar measures / H. Russchenberg
  • 8.3. Radar designs / H. Russchenberg
  • 8.4. role of the engineer / H. Russchenberg
  • Topics for discussion and self-study / H. Russchenberg
  • 9.1. History / A. Albers
  • 9.2. Contact transfer / A. Albers
  • 9.3. Duplex / A. Albers
  • 9.4. Contact nibs / A. Albers
  • 9.5. Photoconductor belts / A. Albers
  • 9.6. speed control layout / A. Albers
  • Topics for discussion and self-study / A. Albers
  • Summary / C. Coman
  • 10.1. Background context / C. Coman
  • 10.2. Introduction to the MAJIIC project / C. Coman
  • 10.3. MAJIIC project architecture and development / C. Coman
  • 10.4. Spiral development / C. Coman
  • 10.5. Future planning / C. Coman
  • Topics for discussion and self-study / C. Coman
  • Summary / V. Spitas / C. Spitas
  • 11.1. Introduction / C. Spitas / V. Spitas
  • 11.2. Results and discussion of a survey / C. Spitas / V. Spitas
  • 11.3. Discussion of the case studies / C. Spitas / V. Spitas
  • Bibliography / C. Spitas / V. Spitas
  • Modelling of ideas: Fundamental considerations / C. Spitas / V. Spitas
  • Graphical representation / C. Spitas / V. Spitas
  • Operations: Formal use of synaptic networks / C. Spitas / V. Spitas.