Energy Security: An Interdisciplinary Toolkit for Decision Makers (Hardcover)

Intelligent Urban Systems: Iot-Driven Energy Management and Smart City Optimization: Volume III: Internet of Things, Communications and Smart Applicat (Paperback)

Comprehensive Energy Planning for Local Development: Towards a Standard for Off-Grid Sizing and a Just Energy Transition (Hardcover)

The Economics of the Energy Efficiency Gap (Hardcover, 1)

Part I: Introduction and Foundations 1. Introduction: Understanding the Energy Efficiency Gap 2. Defining and Measuring the Energy Efficiency Gap Part II: Theoretical Perspectives 3. Market and Behavioral Failures in Energy Efficiency 4. Policy Instruments and Institutional Design across Countries Part III: Recent Empirical Evidence 5. Overview of Empirical Methods for Studying the Energy Efficiency Gap 6. Principal-Agent Problem and the Adoption of Energy-Efficient Air Conditioners in China 7. Implicit Discount Rates and?the Energy Efficiency Gap in China’s?Air Conditioner Market?8. Consumer Valuation of Energy Costs in the Nordic Electric Vehicle Market 9.?Residential Solar PV Adoption in the United States: Market?Patterns, Policy Incentives, and Adoption Frictions?10. Understanding the Barriers to Energy Efficiency Adoption through Machine Learning: A Perspective from Consumer Reviews Part IV: New Frontiers in Energy Efficiency Gap Research and Practice 11. Recent Advances in Understanding and Closing the Energy Efficiency Gap in Practice 12. The Role of Innovation and Digitalization Part V: Policy Implications and the Road Ahead 13. Closing the Energy Efficiency Gap: Policy Roadmaps 14. Energy Efficiency in the Context of Net-Zero Transitions 15. Main Findings of the Book

Industry 4.0 for Food Waste Reduction and Valorization (Hardcover)

Renewable Energy Evolution: Sustainability, Innovation, and Transition (Hardcover)

Hybrid Renewable Energy Systems for Water Resource Management (Hardcover, 1)

1. Renewable Energy Sources? 2. Water use? 3. Climate change? 4. Desalination? 5. Energy storage? 6. Energy and water resources management? 7. Case studies? 8. Conclusions

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Python Scripting in PLAXIS : Automating Geotechnical Analysis and Modelling Workflows (Paperback)

Chapter 1: Fundamentals of the Finite Element Method 1.1 Introduction 1.2 Concept of Stress and Strain and Sign conventions 1.3 Fundamentals of Constitutive Models 1.4 Principal Stresses & Strains and their transformation 1.5 Problem Domain Discretization 1.6 Mesh Elements and Shape Functions 1.7 Solution of the Differential Equation (Workflow of an FEM analysis) 1.8 Commercial software for Geotechnical FEM computations 1.9 Key Takeaways of Chapter 1 & What’s next Chapter 2: Introduction to PLAXIS 2D 2.1 PLAXIS ? An introduction 2.2 Key strengths of PLAXIS 2.3 Implementation of FEM in PLAXIS 2.4 A look at the PLAXIS GUI 2.5 PLAXIS Input and Output Programs 2.6 PLAXIS Input modes ? Soil, Structure, Mesh, Flow conditions, Stage Construction 2.7 Key Takeaways of Chapter 2 & What’s next Chapter 3: Python ? A primer 3.1 Basics of Python 3.2 Python Objects (numbers, strings, lists, dictionaries, tuples, files) 3.3 Flow Control in Python (if, ifelse) 3.4 Loops in Python (while, for) 3.5 Functions in Python 3.6 Python Modules (pandas, matplotlib, openpyxl etc) 3.7 Key Takeaways of Chapter 3 & What’s next Chapter 4: Getting started with Python Remote Scripting API 4.1 PLAXIS command line scripting 4.2 Commands and Objects in PLAXIS 4.3 Command line vs. Python 4.4 Integration of Python into PLAXIS workflow 4.5 Python Remote Scripting Server 4.6 PLAXIS Interactive Python Console ? Jupyter QtConsole 4.7 PLAXIS Python Editor ? SciTE 4.8 Jupyter notebooks for scripting in PLAXIS 4.9 Boilerplate code 4.10 Your first Python script in PLAXIS 4.11 Installing additional Python modules in PLAXIS 4.12 Key Takeaways of Chapter 4 & What’s next Chapter 5: Scripting for model creation in PLAXIS Input 5.1 Common Python commands for model creation 5.2 Creating boreholes, soil layers and model geometry 5.3 Defining and assigning materials 5.4 Adding structures, loads, anchors and other support elements 5.5 Generating mesh 5.6 Setting up boundary conditions 5.7 Sample scripts 5.8 Key Ta...


외국도서 > 컴퓨터 > 정보통신기술(IT)
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Python Scripting in PLAXIS : Automating Geotechnical Analysis and Modelling Workflows (Hardcover)

Chapter 1: Fundamentals of the Finite Element Method 1.1 Introduction 1.2 Concept of Stress and Strain and Sign conventions 1.3 Fundamentals of Constitutive Models 1.4 Principal Stresses & Strains and their transformation 1.5 Problem Domain Discretization 1.6 Mesh Elements and Shape Functions 1.7 Solution of the Differential Equation (Workflow of an FEM analysis) 1.8 Commercial software for Geotechnical FEM computations 1.9 Key Takeaways of Chapter 1 & What’s next Chapter 2: Introduction to PLAXIS 2D 2.1 PLAXIS ? An introduction 2.2 Key strengths of PLAXIS 2.3 Implementation of FEM in PLAXIS 2.4 A look at the PLAXIS GUI 2.5 PLAXIS Input and Output Programs 2.6 PLAXIS Input modes ? Soil, Structure, Mesh, Flow conditions, Stage Construction 2.7 Key Takeaways of Chapter 2 & What’s next Chapter 3: Python ? A primer 3.1 Basics of Python 3.2 Python Objects (numbers, strings, lists, dictionaries, tuples, files) 3.3 Flow Control in Python (if, ifelse) 3.4 Loops in Python (while, for) 3.5 Functions in Python 3.6 Python Modules (pandas, matplotlib, openpyxl etc) 3.7 Key Takeaways of Chapter 3 & What’s next Chapter 4: Getting started with Python Remote Scripting API 4.1 PLAXIS command line scripting 4.2 Commands and Objects in PLAXIS 4.3 Command line vs. Python 4.4 Integration of Python into PLAXIS workflow 4.5 Python Remote Scripting Server 4.6 PLAXIS Interactive Python Console ? Jupyter QtConsole 4.7 PLAXIS Python Editor ? SciTE 4.8 Jupyter notebooks for scripting in PLAXIS 4.9 Boilerplate code 4.10 Your first Python script in PLAXIS 4.11 Installing additional Python modules in PLAXIS 4.12 Key Takeaways of Chapter 4 & What’s next Chapter 5: Scripting for model creation in PLAXIS Input 5.1 Common Python commands for model creation 5.2 Creating boreholes, soil layers and model geometry 5.3 Defining and assigning materials 5.4 Adding structures, loads, anchors and other support elements 5.5 Generating mesh 5.6 Setting up boundary conditions 5.7 Sample scripts 5.8 Key Ta...


외국도서 > 컴퓨터 > 정보통신기술(IT)
외국도서 > 컴퓨터 > 컴퓨터 공학
외국도서 > 경제경영 > 산업 > 에너지
외국도서 > 기술공학 > 기술공학 > 일반
외국도서 > 과학/수학/생태 > 수학 > 논리
외국도서 > 컴퓨터 > 보안 > 암호
외국도서 > 기술공학 > 기술공학 > 전자공학 > 반도체
외국도서 > 기술공학 > 기술공학 > 토목 > 댐
외국도서 > 기술공학 > 기술공학 > 건축공학 > 전기
외국도서 > 과학/수학/생태 > 과학 > 지구과학 > 수문학

Strategies for Climate Mitigation : A Handbook for Policy Design (Hardcover)

1. Motivation for and Summary of?the Volume 2. A Quick Primer on Climate Change 3. Choosing and Designing Mitigation Instruments: A First Look at Energy 4. A Closer Look at Emissions-Generating Sectors and Appropriate Policies 5. Understanding the Effects of Climate Mitigation Policies 6. Enhancing Acceptability of the Mitigation Strategy 7. Supporting Policies 8. Other Environmental Impacts: Implications for Fuel Pricing and Climate Mitigation 9. The Role of International Coordination 10. Conclusion: Dispelling 50 Myths about Climate Mitigation

Strategies for Climate Mitigation : A Handbook for Policy Design (Paperback)

1. Motivation for and Summary of?the Volume 2. A Quick Primer on Climate Change 3. Choosing and Designing Mitigation Instruments: A First Look at Energy 4. A Closer Look at Emissions-Generating Sectors and Appropriate Policies 5. Understanding the Effects of Climate Mitigation Policies 6. Enhancing Acceptability of the Mitigation Strategy 7. Supporting Policies 8. Other Environmental Impacts: Implications for Fuel Pricing and Climate Mitigation 9. The Role of International Coordination 10. Conclusion: Dispelling 50 Myths about Climate Mitigation

Holistic Plastic Pollution Solutions and Science-Based Policies (Hardcover, 1)

Preface. Introduction and Road Map to the Book. Plastic Pollution in Coastal and Marine Environments: Sources, Impacts, and Solutions. Holistic Analysis of Floating Debris in Thailand’s Chao Phraya Tributary: From Community Source to Sink. Current Status of Plastic Waste Pollution and Management in Vietnam: Challenges and Opportunities Toward a Circular Economy. Microplastic Pollution in the Water Column and Sediment of Cochin Estuary, India: Abundance, Characteristics, and Potential Ecological Risk Assessment. Global Microplastics Contamination in Bottled and Tap Water: Prevalence and Sources. Microplastics Intercepted in Mangrove Forests: Sources, Generation, and Mitigation Strategies. Comprehensive Approaches to Microplastic Sampling and Analysis in Drinking Water. Application of Recycled Plastic Waste in the Greenest Freeway in Australia. Beyond Disposal: Unleashing the Potential of Plastic and Metal Waste in Producing Metal Organic Frameworks (MOFs) for Environmental Revitalization. Plastics in Health Care Waste-Pathways for Sustainable Strategies in the Indian Scenario. AI-Powered Solutions for Combating Plastic Pollution. Plastic Waste Amendments to the Basel Convention: A Sri Lankan Stakeholder Perspective. Plastic Pollution and Global Warming: Integrated Approach to Develop Policy-Based Solution. Index.

Energy Consumption and Aging Populations : Experiences from Japan and Spain (Paperback)

PART 1: Introduction? 1. Population and Household Trends in Japan and Spain: Impact of Aging on Pensions and Healthcare Expenditures ?2. The progress of population aging in the Tokyo metropolitan area in the first half of the 21st century? PART 2: A conceptual model? 3. The complex relation between population aging and societal energy uses? 4. Impact of aging on time allocation and energy consumption patterns in Japan and Spain ?PART 3: Energy use in the residential sector? 5. Designing sustainable residential energy consumption policies for an aging population in Japan??6. Population aging, societal time, and household energy use beyond home? PART 4: Changes in energy demand and supply due to changes in population structure: health service, transportation, and new energy systems? 7. GIS-based projections of changes in access to healthcare services in an aging population: A case study of Akita prefecture, Japan? 8. Population aging, global warming, and mobility: What is required in the future? 9. Changes in energy resources and lifestyles? 10. Epilogue: Population aging and changing energy use: The need for governance in complexity

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Handbook of Climate Change Impacts on River Basin Management : Fundamentals and Impacts (Paperback)

Part I: Soil Erosion, Sedimentation and? Contaminants. 1. Sediment Impact on Flood-Spreading Projects.? 2. Soil Erosion and Sediment Yield Modeling.? 3. Sediment Transport in Urban Drainage Channels.? 4. Effect of Contaminants in Irrigation Water on Soil and Groundwater Pollution.? 5. Sediment Pollution and Global Warming.?Part II: Rainfall-Runoff Modeling and Risk Management. 6. Hydrological Simulation of Rainfall-Runoff Modeling Based on ANFIS.? 7. Runoff: Computation and Modeling.? 8. A Review of Flood Risk Management Methods.? Part III: Climate, Water? and Society Interaction. 9. Climate and Society Interaction in Urban Watersheds.? 10. Effect of Social Activities on Water Management with Emphasis On Water Users’ Cooperatives.?Part IV: Climate Change Fundamentals. 11. Global Treaties and Policies on Climate Change and Water Resources.? 12. Global Climate Change Vulnerabilities and Adaptation Scenarios.? 13. Global Climate Modeling and Regional Climate Downscaling.? 14. Dynamics of Watershed Processes in Light of Climate Change.? 15. Sediment Yield and Discharge in the Changing Climatic Scenario.? 16. Glacier Change, Glacial Lake Outburst Flood and Sediments in Changing Climate.? Part V: Climate Change Impacts. 17. Introduction to Climate Change Impact on River Basin Management.? 18. Impact of Changing Climate on the Streamflow.? 19. A Global Perspective on Negative Impacts of Climate Change on Soil Erosion.? 20. Impact of Climate Change on Sediment Load and Sediment Yield in Drainage Basins.? 21. Impact of Changing Climate on the Land Use and Land Cover: An Overview.? 22. Impact of Changing Climate on Land Use and Land Cover: A Comprehensive Review.? 23. Impacts of Climate Change on Water and Food Security in River Basins: Need for Climate Smart Agriculture.? 24. Impacts of Climate Change on the Quantity and Quality of Surface Water Resources.??

Fundamentals of Evapotranspiration (Paperback, 1)

Introduction. Factors Affecting Evapotranspiration. Evapotranspiration Estimation Methods. Empirical Methods: Some Examples. Crop Coefficient. Additional ET Models. Clothesline Effect. Semiarid and Arid Region Application. Humid Region Application. Partitioning Models. Partitioning Models. ET Learning Machine Models. ET Reduction for a Changing Climate. References.

Environmental Impacts of Hydraulic Fracturing (Paperback, 2 ed)

1. Introduction. 2. Shale Gas. 3. Shale Gas Geology. 4. Shale Gas Plays. 5. Shale Gas Sources. 6. Hydraulic Fracturing: The Process. 7. Laws and Regulations Affecting Shale Gas Development & Operations. 8. Chemicals Used in Hydraulic Fracturing. 9. Environmental Considerations. Glossary. Appendices. Index.

AI and Digital Technology for Oil and Gas Fields (Paperback, 1)

1. The Growing Role of Artificial Intelligence in Oil and Gas Industry  2. Artificial Intelligence Agent System  3. Artificial Intelligence and Automatic Control  4. The Components of Trusted Artificial Intelligence  5. Industrial Internet of Things (IIoT)  6. Artificial Intelligence and Robotics  7. Machine Learning and Artificial Intelligence  8. Intelligent Drilling and Well Completion  9. Reservoir Management and i-Cloud Storage  10. Distributed Digital Control System for Oil and Gas Operations  11. Energizing Future of Digital Technology in Oil and Gas Industry 

Renaturing Urban Rivers : Opportunities and Challenges of Involving Riverine Communities (Hardcover)

Preface. Rivers as Administrative Boundaries and an Approach to Reading a Fluvial Landscape?The Case of the Cajuru Linear Park. Development of Riverfronts in Belgrade: From Recreation Area to Megaprojects. Exploring Stakeholder Engagement in Urban River Recovery: An Ibero-American Perspective. Extraction vs. Heritage: Promoting Riverine Fishing Communities in Arctic Villages. The City of Montreal and the St. Lawrence River Shores: A Recent History of Rediscovery and Reconnection. Implementing Nature-Based Solutions in Urban River Landscapes: Opportunities and Constraints in the Vistula River Valley, Warsaw. Integrating Rivers into the Urban Fabric of Kanpur, India: Regenerating Ganga River to Meet Community Needs and Mitigate Environmental Challenges. Walking Through Memories of Waterways. Collaborative Efforts in Urban River Monitoring: The Role of Digital Citizen Science. Land Tenure Regularisation in Areas of Socio-Environmental Conflict: Struggling for the Arrudas River (Belo Horizonte, Brazil). Socio-Spatial Representations of the Everyday Uses of the River Cambamba, Luanda. From Flooding to (New) Opportunities?The River City Cesena, Italy, is Turning the Tide. The Game Inventa(rio) Cidades?Raising Multispecies and Environmental Dialogue for Urban Rivers. Index.

Advances in Renewable Resources and Energy Management: Proceedings of the 5th International Conference on Iemre 2025 (Hardcover)

Renewable Energy Integration: Risk Assessment and Management (Hardcover)

Toward a Cooperative Nuclear Safety Framework in East Asia: Lessons from Europe's Experience (Hardcover)

Energy Management for Sustainability: Fundamental Principles and Emerging Technologies (Hardcover)

Handbook of Non-Marine Shale Oil (Hardcover)

AI Techniques for Materials Corrosion Management in the Oil and Gas Industry (Hardcover)

Innovations in Energy Management and Renewable Resources: Select Proceedings of Iemre 2024 (Hardcover)