A5019902170- BIM and Construction Integration
- Physics and Engineering Research Articles
- Building Energy and Comfort Optimization
- Civil and Structural Engineering Research
- Design Education and Practice
- Integrated Energy Systems Optimization
- Environmental Impact and Sustainability
- Renewable Energy and Sustainability
- Construction Project Management and Performance
- Engineering and Materials Science Studies
- Sustainable Supply Chain Management
- Ecology, Conservation, and Geographical Studies
- Sustainable Industrial Ecology
- Innovations in Concrete and Construction Materials
- Architecture and Cultural Influences
- Real estate and construction management
- Architecture, Modernity, and Design
- Energy Efficiency and Management
- Architecture, Design, and Social History
- Smart Grid Energy Management
- Quality and Safety in Healthcare
Lucerne University of Applied Sciences and Arts
2019-2022
BOKU University
2020
AEE Institute for Sustainable Technologies
2010
Net Zero Energy Building" has become a prominent wording to describe the synergy of energy efficient building and renewable utilization reach balanced budget over yearly cycle.Taking into account exchange with grid infrastructure overcomes limitations seasonal storage on-site.Even though "Net focuses on annual balance, large differences may occur between solution sets in amount interaction needed goal.The paper reports analysis example buildings concerning load matching interaction.Indices...
A major advantage of the Net Zero Energy Building (Net ZEB) approach is claimed to be absence energy performance indicators, hence avoiding need set internationally agreed limits. Nevertheless, if rationale endorse design environmentally friendly buildings that promote sustainable development, then reasonably strict requirements on efficiency should satisfied while providing high levels indoor environmental quality and consequent users comfort. Otherwise, risk poorly designed could achieve...
Abstract The circular economy can pave the way to achieve ambitious sustainability goals. A major perpetrator of resource and material waste is building sector. lot research results already provide innovative technologies solutions for construction. However, what many initiatives in construction sector have common, a certain malaise moving from pilot projects with high individual engagement actions on larger scale. Prefabricated timber one most promising key towards more efficient Europe....
Prefabricated timber construction often comes with demanding planning processes and uncertainties due to higher complexity. Hence, a great potential optimize design, construction, economic efficiency is not put use. In the future, challenge will be have project management that able handle The criteria catalogue analysis model, developed in my doctoral thesis at TU Munich, are first step towards systematic typological structuring of prefabricated terms makes it possible describe record...
Abstract Energy efficiency in buildings undeniably plays a vital role addressing climate change. At the level of building planning, thorough analysis with thermal dynamic calculations can be carried out to assess energy demand and resulting CO 2 emissions due high detail usually provided at this stage. In urban planning design on other hand, resource-related parameters are not quantified, as stage process factors predominate concepts. However, numerous aspects that determined cannot changed...
With the introduction of concept resilience in discourse building design, design and processes have to react complex challenges presented by extension perspective from physical structure living space. Instead conserving effort, demands integrated argumentative interdisciplinary cooperation. Forerunners industrialized timber construction long-standing experience are starting points for new advanced processes. The international leanWOOD project (2014-2017) aimed at outlining requirements...