Handbook of Ocean Wave Energy 1st Edition by Arthur Pecher, Jens Peter Kofoed – Ebook PDF Instant Download/Delivery: 3319398881, 978-3319398884
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Product details:
ISBN 10: 3319398881
ISBN 13: 978-3319398884
Author: Arthur Pecher, Jens Peter Kofoed
Handbook of Ocean Wave Energy 1st Table of contents:
Part 1: Introduction to Ocean Wave Energy
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Introduction to Ocean Wave Energy
- Global Energy Needs and Ocean Wave Potential
- History of Ocean Wave Energy
- Importance of Wave Energy for the Future
- Basics of Ocean Wave Energy Conversion
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Wave Energy Resources
- Ocean Wave Energy Resources Worldwide
- Global Wave Energy Resource Assessment
- Site Selection for Wave Energy Conversion
- Environmental and Economic Considerations
-
Wave Energy Fundamentals
- Wave Generation and Propagation
- Characteristics of Ocean Waves
- Types of Wave Energy
- Power Extraction from Waves
Part 2: Technologies for Wave Energy Conversion
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Wave Energy Converters (WECs)
- Overview of Wave Energy Conversion Technologies
- Categories of Wave Energy Devices
- Power Take-Off Systems (PTO)
- Device Efficiency and Performance
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Point Absorbers
- Description and Working Principle
- Design Considerations and Challenges
- Key Examples of Point Absorbers
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Oscillating Water Columns (OWCs)
- Basic Operation of OWCs
- Structural Designs and Power Extraction
- Examples of OWC Systems
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Attenuators
- Overview of Attenuator Devices
- Working Principle and Operational Challenges
- Example Projects and Commercial Systems
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Overtopping Devices
- Description and Mechanisms
- Advantages and Disadvantages
- Design Innovations in Overtopping Devices
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Other Wave Energy Devices
- Hybrid Systems and New Concepts
- Submerged Pressure Differential Systems
- Other Advanced Wave Energy Technologies
Part 3: Design and Operation of Wave Energy Systems
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Design Considerations for Wave Energy Converters
- Structural and Mechanical Design
- Materials and Durability
- Stability and Control of Wave Energy Devices
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Hydrodynamics of Wave Energy Devices
- Interaction between Waves and Structures
- Modeling and Simulation of Wave Energy Systems
- Performance Prediction and Optimization
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Power Take-Off Systems
- PTO Design Challenges
- Hydraulics, Electrical Systems, and Mechanical Couplings
- Optimization of Energy Conversion Efficiency
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Environmental and Social Impacts of Wave Energy
- Environmental Effects on Marine Life and Ecosystems
- Societal and Regulatory Concerns
- Public Acceptance and Stakeholder Engagement
Part 4: Wave Energy Integration and Economic Feasibility
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Grid Connection and Energy Distribution
- Connecting Wave Energy to the Power Grid
- Offshore Grid Infrastructure
- Storage and Distribution of Wave Energy
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Economic and Financial Aspects of Wave Energy
- Cost of Wave Energy Production
- Economic Evaluation and Financial Models
- Funding and Investment in Wave Energy Projects
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Commercialization and Market Development
- Key Challenges to Commercialization
- Case Studies of Commercial Wave Energy Projects
- Future Market Trends and Opportunities
Part 5: Case Studies and Future Directions
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Case Studies in Wave Energy Development
- Overview of Successful and Ongoing Projects
- Lessons Learned from Previous Wave Energy Projects
- Innovative Case Studies in Ocean Wave Energy Conversion
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Future Directions in Wave Energy Research and Development
- Emerging Technologies and Innovations
- Challenges in Scaling Up and Cost Reduction
- The Role of Wave Energy in the Global Energy Transition
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