Master’s thesis Sustainable Development (GEO/GEO) After completion the student is able to: Content written thesis 70% Oral presentation 10% Process 20% translate a relevant issue in the field of sustainable development into a research question, based upon The Master’s thesis is a research project in which you will learn to conduct independent research. You will develop and/or apply new methods, or apply existing methods to a new blogger.comted Reading Time: 4 mins Heba Allah Khalil (Member) Title of Thesis: SUSTAINABLE URBAN REGENERATION OF BROWNFIELDS Key Words: Brownfields, urban regeneration, sustainable development, urban land management. Summary: The thesis is discussing the concepts of brownfields regeneration as an approach to achieve sustainable urban blogger.comted Reading Time: 22 mins
Course - Master's Thesis - Globalisation and Sustainable Development - SANT - NTNU
To browse Academia. edu and the wider internet faster and more securely, please take a few seconds to upgrade your browser. Skip to main content. edu no longer supports Internet Explorer. Log In Sign Up. Download Free PDF. Sustainable Structural Design Master's Thesis.
Arfat Khan. Download PDF. Download Full PDF Package This paper. A short summary of this paper. READ PAPER. Danatzko Graduate Program in Civil Engineering The Ohio State University Thesis Committee Dr. Halil Sezen, Advisor Dr.
Shive K. Innovative methods are needed to address the environmental impact, master thesis on sustainable development, energy use and other sustainability issues faced during planning and design of buildings. This study discusses and reviews the categories of the LEED rating system in which points could be awarded to a project for sustainability of its structural frame.
This study presents the role that project size and structural system- type play on aspects of sustainable design including the design and analysis phase, land use, investments in sustainable technologies, use of timber as a primary load bearing material and other sustainable issues. Finally, this study master thesis on sustainable development a review of life-cycle analysis computer programs focusing on three Building for Environmental and Economic Sustainability BEES v4, master thesis on sustainable development.
Also, the LEED rating system does not reward projects for sustainable design of their structural systems in the same manner it does other aspects of design. It was determined that construction type and project size can have significant impact on sustainable opportunities for a project and that no single construction material is the most sustainable compared to others for all design types at this time.
Finally, existing sustainability analysis software does not meet the current needs of its users in assessing design alternative sustainable properties and provides users with basic structural system comparisons, as exemplified by parametric studies using the Athena Impact Estimator v4.
Halil Sezen, P. Chaturvedi Dr. Hojat Adeli Dr. Caroline Merry Dr. Steven J. Kurtz, P. John C. Inglese A. Fisco Muhammad S. Civil Engineering Intern, Pennsylvania Department of Transportation Allentown, PA Civil Engineering Intern, Perini Corporation — Civil Division Newark, NJ to Independent Study — Lafayette College Steel Bridge Design Team, Lafayette College Easton, PA to Design Engineering Intern, Bohler Engineering Warren, NJ Structural Engineer, Inglese Architecture and Engineering East Rutherford, master thesis on sustainable development, NJ to Structural Engineer I, Washington Group International Currently URS — Washington Division Princeton, NJ Consulting Structural Engineer, CDI Corporation Contracted by URS — Washington Division Princeton, NJ to Graduate Research Assistant, Department of Civil and Environmental Engineering and Geodetic Science, The Ohio State University to National Student Steel Bridge Team Graduate Advisor, Department of Civil and Environmental Engineering and Geodetic Science, The Ohio State University to ii Dedication iv Acknowledgements v Vita vi List of Tables xv List of Master thesis on sustainable development xvi Chapter 1: Introduction Positive and negative sustainable attributes of sustainable structural design methodologies Sustainable design aspect qualities by construction type List of highlighted input labels and references Values employed for inputs in study Total energy consumption values for study 1 as provided by the Athena Impact Estimator v4.
Total energy consumption values for study 2 as provided by the Athena Impact Estimator v4. Total energy consumption values for study 3 as provided by the Athena Impact Estimator v4.
Total energy consumption values for study 4 as provided by the Athena Impact Estimator v4. Screenshot of initial program screen for BEES v4. Screenshot of ratio weighting option offered by BEES v4. Economic performance graphical output for stucco, aluminum siding and trespa meteon comparison Environmental performance graphical output for stucco, aluminum siding and trespa meteon comparison Overall Performance Graphical Output for Stucco, Aluminum Siding and Trespa Meteon comparison SimaPRO v7.
Athena impact estimator v4. Athena Impact Estimator v 4. Illustration of master thesis on sustainable development employed as generic model for Athena Impact Estimator v4. Screenshot of project assembly tree with project heading highlighted Column height vs, master thesis on sustainable development. total energy consumption at a live load of 45 psf total energy consumption at a live load of 75 psf Live load vs. total energy consumption for columns Beam length vs.
total energy consumption at a live load of psf total energy consumption for beams Concrete suspended slab span length vs. total energy consumption total energy consumption for concrete suspended slab at span lengths of 15, 20, 25, 28 and ft Concrete suspended slab concrete strength vs. total energy consumption. total energy consumption for concrete suspended slab at concrete strengths ofand psi Gross floor area vs.
total energy consumption for concrete suspended slab fly-ash percentages In all areas of civil engineering, engineers are encouraged to ensure that projects have the maximum lifespan for their intended use and employ the least amount of natural recourses e.
Two fields of civil engineering that are constantly assessing their ability to achieve sustainable goals are the engineering design and construction industries. The goal of these industries is to achieve lasting, environmentally sound solutions to the problems faced in the modern culture and look to achieve this in their design of new and rehabilitative projects, master thesis on sustainable development.
Achieving this goal requires the construction and design engineering communities to assess all the aspects and processes involved in a project. These aspects are can be varying and influenced by local conditions and the economy.
They include but are not limited to; the required material production energies, design alternative maintenance requirements, material durability, recycled materials contents, project adherence to and applicability within sustainable rating systems such as LEED, structural system design methodologies, relation of sustainability to construction type, sustainability and construction materials and life cycle analysis modeling computer programs.
Research into each of these areas contributes to determining methods for achieving high overall project sustainability. Various aspects of sustainable design and construction research have been and are currently being investigated.
Along with this research, rating systems such as the Leadership in Energy and Environmental Design LEED rating system must be assessed in various ways for their applicability to sustainable structural design, master thesis on sustainable development.
LEED is currently employed in the United States to grade various construction types on a credit weighted points system based on the environmental impacts each has across 13 categories typically associated with building design.
While the LEED ranking system rewards construction projects with little mention of structural system design that meet its requirements, the engineering community looks to go further and better define the sustainable properties of all aspects of a project. This study aims to present research on these aspects of sustainable structural design and illustrates the effect these issues have on structural systems. While structural design and sustainable structures hold many other key elements such master thesis on sustainable development material choice, life-cycle analysis, construction types and methodologies, etc.
Chapter 3 presents the role structure and structural design play in overall project sustainability and the concept of sustainable structural design.
This chapter also discusses five potential design methodologies master thesis on sustainable development achieve sustainable structural designs.
Chapter 5 presents and investigates the role construction type plays in structural and sustainable design. Chapter 8 presents parametric studies conducted using the Athena Impact Estimator v4. This chapter addresses this by assessing the sustainability of columns, beams, slabs, concrete strength and fly-ash percentages via the Athena Impact Estimator v4.
Chapter 9 presents the conclusions drawn from this study, limitations involved in this research and recommendations for future research.
What is sustainable development?
, time: 3:41Master's thesis - Sustainable Development - Students | Universiteit Utrecht
The master's thesis is an independent scientific research project where you investigate a theoretical or empirical problem related to globalisation and sustainable development. You are free to choose a topic related to the master's programme and the research competence of the supervisors. The master's thesis is normally completed in one semester Master’s thesis Sustainable Development (GEO/GEO) After completion the student is able to: Content written thesis 70% Oral presentation 10% Process 20% translate a relevant issue in the field of sustainable development into a research question, based upon The thesis is organized in this way: chapter 2 reviews literature and introduces the definitions of sustainability, sustainable development model, sustainable innovation in general and the motives that drive sustainable innovations in the cosmetic industry. Given
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