MANUAL DE USO Y MANTENIMIENTO

Segundo semestre 2023

Docente responsable: Mag. Arq. Fernando Tomeo

Carácter: Opcional

 

 

El objetivo general del curso es la formulación de criterios y el uso de herramientas para la definición del ciclo de vida de un edificio, su determinación de la durabilidad en función de su materialidad y el diseño del Manual de Uso y Mantenimiento.

Bibliografía

AGUA

Adeyeye K. et al (2018) Socially-integrated resilience in building-level water networks using smart microgrid+net

Badarnah L. (2016) Water management lessons from nature for applications to buildings

De Freitas D. et al (2023) Improving the consumption and water heating efficiency in smart buildings

Gallego J. et al (2020) Metabolismo en los edificios. Estudio de medidas para el ahorro del consumo de agua en tres centros docentes en Madrid

Hernánez S. et al (2012) Water sustainable management for buildings

Howell S. et al (2017) Integrating building and urban semantics to empower smart water solutions

Joustra C. et al (2014) Demand- and source-driven prioritization framework toward integrated building water management (IBWM)

Palermo A. et al (2022) Smart Technologies for Water Resource Management- An Overview

Vrsalovic A. et al (2023) IoT Deployment for Smart Building Water Consumption Analysis

Wilhelm S. et al (2023) Exploiting Smart Meter Water Consumption Measurements for Human Activity Event Recognition

Yao M. et al (2023) Building water quality deterioration during water supply restoration after interruption- Influences of premise plumbing configuration

ENERGÍA

Ahmad M. et al (2021) A Comparative Review of Energy Management Controllers in Building

Alias H. (2023) Impacto del uso en la eficiencia energética de viviendas del Nordeste argentino

Alias H. et al (2013) Auditorías higrotérmicas de edificios según su diseño tecnológico – constructivo- el caso de la Facultad de Arquitectura de la UNNE

Amrane Y. et al (2022) Intelligent Energy Management for a Building DC Nanogrid

Ge S. et al (2020) Demand side Energy Management Method for Building Clusters Based on Reinforcement Learning

Automatic Control using Fuzzy Techniques for Energy Management on Smart Building

Nozarian M. et al (2023) Data Driven Flexibility oriented Energy Management Strategy for Building Cluster Meso Energy Hubs

Park H. et al (2022) GRU based Power Consumption Prediction for Energy Management in Smart Building

Ramos S. et al (2022) Goal Programming Approach for Energy Management of Smart Building

Shaqour A. et al (2022) Systematic Review on Deep Reinforcement Learning-Based Energy management for different building types

RESIDUOS

Arnold E. et al (2021) Household Awareness and Participation on Waste Disposal An Effective Solid Waste Management Amidst COVID-19 Pandemic

Asare W. et al (2022) Cost-effectiveness of incentive schemes for waste material resource recovery

Gallardo A. et al (2010) Comparison of different collection systems for sorted household waste in Spain. Waste Management 30 (2010) 2430–2439

Gentil E. et al (2010) Models for waste life cycle assessment. Waste Management 30 (2010)
Hupponen M. et al (2023) Long-term evolution of the climate change impacts of solid household waste management in Lappeenranta, Finland

Marchenko V. et al (2022) The influence of organizational and economic methods of household waste management on the volumes and structure of its formation, the experience of the Netherlands

Maresova K. et al (2010) Influence of compost covers on the efficiency of biowaste composting process. Waste Management 30 (2010) 2469–2474

Redman A. et al (2022) Possibilities for sustainable household waste management- A case study from Guanajuato, Mexico

Sudrajat Y. (2022) Development of a motivational-base for household waste management training model

Zhu C. et al (2022) How to promote municipal household waste management by waste classification and recycling? A stochastic tripartite evolutionary game analysis

SMART BUILDINGS

Azlan A. et al (2022) Building Operation and Maintenance- A Framework for Simplified Building Information Modeling (BIM) Digital Mobile Application

Casini M. (2022) Extended Reality for Smart Building Operation and Maintenance- A Review

Ibrar M. et al (2023) REED Enhanced Resource Allocation and Energy Management in SDN-Enabled Edge Computing Based Smart Buildings

Le T. et al (2023) Exploring Smart Commercial Building Occupants’ Perceptions and Notification Preferences of Internet of Things Data Collection in the United States

Llanez-Caballero I. et al (2023) The “Smart” Concept from an Electrical Sustainability Viewpoint 

Nojedehi P. et al (2021) A Text-Mining Framework to Provide Insights into the Maintenance Performance of Buildings

Nojedehi P. et al (2021) Benchmarking and visualization of building portfolios by applying text analytics to maintenance work order logs

Robin V. et al (2023) Smart Building Indoor Temperature Prediction Using the IoT and Machine Learning 

Testasecca T. et al (2023) Towards Digital Twins of buildings and smart energy networks Current and future trends

Wood B. (2012) Building Operation and Maintenance- A Framework for Simplified Building Information Modeling (BIM) Digital Mobile Application