Critical Examination of the Possibilities of Energy Recovery from the Hehicle's Suspension System.
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TextPublication details: 2017Description: 77Summary: Introduction, the Main Purposes that the Suspension System Serves and its Importance, the Basic Anatomy and Operational Suspension System and the Major Types that are Used Today, the Basic Anatomy of the Syspension, the Concept of Energy Harvesting from the Suspension, the Mechanical Anatomy and Operational Perspective of the Damper (Shock Absorder) of the Suspension System, Mechanical Regenerative Suspension Systmes, Electromagnetic Regenerative Suspension Systems, Comparison - Ranking of the Regenerative Systems with Analytic Hierarchy Process Method, Comparison (with AHP Method), Comparison for Recovery Energy Efficient, Applicability, Damping Force Capabilities, Final Ranking Determination of the Result, Conclusion, Refrences, Appendix.
| Item type | Current library | Call number | Copy number | Status | Barcode | |
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Διπλωματική εργασία
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MC Athens Campus Library | ENG 2017 (25) (Browse shelf(Opens below)) | 1 | Available | 9780000084347 |
Introduction, the Main Purposes that the Suspension System Serves and its Importance, the Basic Anatomy and Operational Suspension System and the Major Types that are Used Today, the Basic Anatomy of the Syspension, the Concept of Energy Harvesting from the Suspension, the Mechanical Anatomy and Operational Perspective of the Damper (Shock Absorder) of the Suspension System, Mechanical Regenerative Suspension Systmes, Electromagnetic Regenerative Suspension Systems, Comparison - Ranking of the Regenerative Systems with Analytic Hierarchy Process Method, Comparison (with AHP Method), Comparison for Recovery Energy Efficient, Applicability, Damping Force Capabilities, Final Ranking Determination of the Result, Conclusion, Refrences, Appendix.
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