The term sustainability is deemed to be a model for sustainable development for the humanity. Especially the Agenda 21 is setting on sustainability for solutions of environmental problems in present and future cases. To counteract an advancing degradation of the situation of people on the globe the Agenda 21 was created at a worldwide environmental conference in Rio de Janero, Brazil in 1992. Many years of intensive spadework had to be done befor all the different countries agreed on it. But does everyone in the world has the same ideas of sustainability and what is sustainable development all about? This work will show the different aspects of sustainability especially for civil engineering as it is demonstrated in the literatur but also a personal view on the theme.
After a definition of sustainability the models of sustainable development are demonstrated to have a base of knowledge. You will see that sustainability is measurable and that there are aims to be aspired for a single human beeing as well as the hole population of our planet.
Sustainability in civil engineering includes many differnt aspects like energy systems and technologies, building service engineering or management of resources. A precise assessment of existing or new buildings must be done and this work will give some examples of executed buildings and developed techniques.
Table of Contents
- 1. Introduction
- 2. Sustainability from a global view
- 2.1 A definition of sustainability
- 2.2 Models of sustainability
- 2.3 The eco-footprint
- 3. Aims of Sustainability
- 3.1 Efficient use of resources
- 3.2 Sustainable mobility
- 3.3 Sustainable purchasing
- 3.4 Social sustainability
- 3.5 Efficient use of energy
- 4. Sustainability in Civil Engineering
- 4.1 Passive house
- 4.2 "The house of sustainability"
- 5. Personal comment
Objectives and Key Themes
This work aims to explore the multifaceted aspects of sustainability, particularly within the context of civil engineering. It begins by defining sustainability and examining various models of sustainable development, establishing a foundation for understanding its measurable nature and aspirational goals. The text then delves into the application of sustainability principles in civil engineering, showcasing examples of implemented buildings and developed techniques.
- Defining and modeling sustainability
- The application of sustainability in civil engineering
- Efficient resource and energy use
- Sustainable mobility and purchasing
- Social sustainability considerations
Chapter Summaries
1. Introduction: This introductory chapter sets the stage for the discussion on sustainability, particularly in civil engineering. It introduces the concept of sustainability as a model for sustainable development, highlighting the Agenda 21's role in addressing environmental concerns globally. The chapter emphasizes the diverse interpretations of sustainability and previews the work's exploration of these various perspectives, particularly within the field of civil engineering, drawing from existing literature and offering a personal viewpoint.
2. Sustainability from a global view: This chapter provides a global perspective on sustainability, starting with a definition based on the Brundtland Report's concept of "sustainable development" as meeting present needs without compromising future generations' ability to meet theirs. It examines models of sustainable development and introduces the concept of the eco-footprint as a measurable indicator of environmental impact. The significance lies in establishing a common understanding of sustainability and its global implications before delving into specific applications within civil engineering.
3. Aims of Sustainability: This chapter details specific aims of sustainability, encompassing efficient resource use, sustainable mobility, and sustainable purchasing practices. It also explores social sustainability and efficient energy use. The importance lies in demonstrating the practical application of sustainability principles across various sectors, providing concrete examples of how sustainable practices can be implemented in daily life and within engineering projects. This section transitions the discussion from theoretical frameworks to practical strategies.
4. Sustainability in Civil Engineering: This chapter focuses on the application of sustainability principles within civil engineering. It uses examples such as passive houses and the "house of sustainability" to illustrate practical approaches to sustainable building design and construction. The chapter's significance lies in its demonstration of how theoretical concepts of sustainability translate into tangible, real-world projects in the field of civil engineering, showing innovative and efficient solutions.
Keywords
Sustainability, sustainable development, civil engineering, resource efficiency, energy efficiency, sustainable mobility, social sustainability, eco-footprint, passive house, sustainable building design.
Frequently Asked Questions: A Comprehensive Language Preview on Sustainability in Civil Engineering
What is the overall purpose of this document?
This document provides a comprehensive preview of a text exploring sustainability, particularly within the context of civil engineering. It includes a table of contents, objectives and key themes, chapter summaries, and keywords to give a clear understanding of the text's scope and content.
What topics are covered in the "Table of Contents"?
The table of contents outlines the following sections: an introduction, a global view of sustainability (including definitions, models, and the eco-footprint), the aims of sustainability (covering resource efficiency, sustainable mobility, purchasing, social aspects, and energy efficiency), sustainability in civil engineering (with examples like passive houses), and a personal comment.
What are the main objectives and key themes of the text?
The text aims to explore the multifaceted aspects of sustainability in civil engineering. Key themes include defining and modeling sustainability, its application in civil engineering, efficient resource and energy use, sustainable mobility and purchasing, and social sustainability considerations.
What does each chapter cover in summary?
Chapter 1 (Introduction): Introduces the concept of sustainability and its relevance to civil engineering, highlighting diverse interpretations and the role of Agenda 21. Chapter 2 (Sustainability from a global view): Defines sustainability, examines models of sustainable development, and introduces the eco-footprint concept. Chapter 3 (Aims of Sustainability): Details specific aims, including efficient resource use, sustainable mobility, sustainable purchasing, social sustainability, and energy efficiency. Chapter 4 (Sustainability in Civil Engineering): Focuses on practical applications in civil engineering using examples like passive houses and "the house of sustainability".
What are the key terms or keywords used in this text?
Key terms include: Sustainability, sustainable development, civil engineering, resource efficiency, energy efficiency, sustainable mobility, social sustainability, eco-footprint, passive house, and sustainable building design.
What is the target audience for this preview?
This preview is intended for academics and researchers interested in sustainability and its applications in civil engineering. The structured format allows for efficient thematic analysis.
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The preview adopts a structured, professional, and academic tone, suitable for scholarly review and analysis.
- Arbeit zitieren
- Dipl.-Ing. (FH) Jan Seidel (Autor:in), 2006, Sustainability in Civil Engineering, München, GRIN Verlag, https://www.grin.com/document/77054
