PUBLICACIÓN

A BIM–LCA Framework for Whole-Life Carbon Assessment Under EPBD: Scope Alignment, Functional Unit Robustness, and Cross-Tool Validation

ACCEDER A LA PUBLICACIÓN: Orcid

2026

DOI

10.3390/app16062637

AUTORES DE LA UEX

Carlos Fernández Bandera

OTRAS PUBLICACIONES DE INTERÉS

Importancia Del Clima En La Simulación Energética De Edificios
A Bim–lca Framework For Whole-Life Carbon Assessment Under Epbd: Scope Alignment, Functional Unit Robustness, And Cross-Tool Validation
Calibrated Models For Effective Clustering: Discriminating Operation Schedules In Occupied Buildings
A Bim–lca Framework For Whole-Life Carbon Assessment Under Epbd: Scope Alignment, Functional Unit Robustness, And Cross-Tool Validation
Calibrated Models For Effective Clustering: Discriminating Operation Schedules In Occupied Buildings
An Empirical Comparison Of A Calibrated White-Box Versus Multiple Lstm Black-Box Building Energy Models
Calibrated Models For Effective Clustering: Discriminating Operation Schedules In Occupied Buildings
An Empirical Comparison Of A Calibrated White-Box Versus Multiple Lstm Black-Box Building Energy Models
Ensemble Surrogate Modeling Of A Real-Time Hvac Set-Point Optimization Framework For Pv Self-Consumption Maximization
An Empirical Comparison Of A Calibrated White-Box Versus Multiple Lstm Black-Box Building Energy Models
Ensemble Surrogate Modeling Of A Real-Time Hvac Set-Point Optimization Framework For Pv Self-Consumption Maximization
Single-Stage Calibration Of Building Energy Models: Overcoming Data Limitations For Energy Performance Contracts Using An Ideal Loads Air System
Ensemble Surrogate Modeling Of A Real-Time Hvac Set-Point Optimization Framework For Pv Self-Consumption Maximization
Single-Stage Calibration Of Building Energy Models: Overcoming Data Limitations For Energy Performance Contracts Using An Ideal Loads Air System
Real-Time Digital Twins For Building Energy Optimization Through Blind Control: Functional Mock-Up Units, Docker Container-Based Simulation, And Surrogate Models
Single-Stage Calibration Of Building Energy Models: Overcoming Data Limitations For Energy Performance Contracts Using An Ideal Loads Air System
Real-Time Digital Twins For Building Energy Optimization Through Blind Control: Functional Mock-Up Units, Docker Container-Based Simulation, And Surrogate Models
Digital Twin Implementation Based On A White-Box Building Energy Model: A Case Study On Blind Control For Passive Heating
Real-Time Digital Twins For Building Energy Optimization Through Blind Control: Functional Mock-Up Units, Docker Container-Based Simulation, And Surrogate Models
Digital Twin Implementation Based On A White-Box Building Energy Model: A Case Study On Blind Control For Passive Heating
How Does The Circular Economy Achieve Social Change? Assessment In Terms Of Sustainable Development Goals
Digital Twin Implementation Based On A White-Box Building Energy Model: A Case Study On Blind Control For Passive Heating
How Does The Circular Economy Achieve Social Change? Assessment In Terms Of Sustainable Development Goals
Optimization Testing For The Modeling And Characterization Of Three-Dimensional Elements To Enhance Interoperability From Building Information Modeling (Bim) To Building Energy Modeling (Bem)
How Does The Circular Economy Achieve Social Change? Assessment In Terms Of Sustainable Development Goals
Optimization Testing For The Modeling And Characterization Of Three-Dimensional Elements To Enhance Interoperability From Building Information Modeling (Bim) To Building Energy Modeling (Bem)
Exploring The Potential Of The Circular Economy In The Food Sector
Optimization Testing For The Modeling And Characterization Of Three-Dimensional Elements To Enhance Interoperability From Building Information Modeling (Bim) To Building Energy Modeling (Bem)
Exploring The Potential Of The Circular Economy In The Food Sector
Triple Validation Of Calibrated Building Energy Models With Different Air Infiltration Values
Exploring The Potential Of The Circular Economy In The Food Sector
Triple Validation Of Calibrated Building Energy Models With Different Air Infiltration Values
Infiltration Models In Energyplus: Empirical Assessment For A Case Study In A Seven-Story Building
Triple Validation Of Calibrated Building Energy Models With Different Air Infiltration Values
Infiltration Models In Energyplus: Empirical Assessment For A Case Study In A Seven-Story Building
Application Of A Calibrated Building Energy Model For The Optimal Sizing Of A Photovoltaic Plant: An Approach From Self-Consumption
Infiltration Models In Energyplus: Empirical Assessment For A Case Study In A Seven-Story Building
Application Of A Calibrated Building Energy Model For The Optimal Sizing Of A Photovoltaic Plant: An Approach From Self-Consumption
Two-Stage Multi-Step Energy Model Calibration Of The Cooling Systems Of A Large-Space Commercial Building
Application Of A Calibrated Building Energy Model For The Optimal Sizing Of A Photovoltaic Plant: An Approach From Self-Consumption
Two-Stage Multi-Step Energy Model Calibration Of The Cooling Systems Of A Large-Space Commercial Building
A Case Study Of Empirical Validation Of Energyplus Infiltration Models Based On Different Wind Data
Two-Stage Multi-Step Energy Model Calibration Of The Cooling Systems Of A Large-Space Commercial Building
A Case Study Of Empirical Validation Of Energyplus Infiltration Models Based On Different Wind Data
A Demand Side Management Approach To Increase Self-Consumption In Buildings
A Case Study Of Empirical Validation Of Energyplus Infiltration Models Based On Different Wind Data
A Demand Side Management Approach To Increase Self-Consumption In Buildings
Empirical Evaluation Of Energyplus Infiltration Model For A Case Study In A High-Rise Residential Building
A Demand Side Management Approach To Increase Self-Consumption In Buildings
Empirical Evaluation Of Energyplus Infiltration Model For A Case Study In A High-Rise Residential Building
Enhancing Self-Consumption For Decarbonization: An Optimization Strategy Based On A Calibrated Building Energy Model
Empirical Evaluation Of Energyplus Infiltration Model For A Case Study In A High-Rise Residential Building
Enhancing Self-Consumption For Decarbonization: An Optimization Strategy Based On A Calibrated Building Energy Model
Validation Of Energyplus Infiltration Models For A Case Study In A High-Rise Residential Building
Enhancing Self-Consumption For Decarbonization: An Optimization Strategy Based On A Calibrated Building Energy Model
Validation Of Energyplus Infiltration Models For A Case Study In A High-Rise Residential Building
Edificios Flexibles Y Simulación Térmica: La Encrucijada De La Transición Energética
Validation Of Energyplus Infiltration Models For A Case Study In A High-Rise Residential Building
Edificios Flexibles Y Simulación Térmica: La Encrucijada De La Transición Energética
A Building Energy Models Calibration Methodology Based On Inverse Modelling Approach
Edificios Flexibles Y Simulación Térmica: La Encrucijada De La Transición Energética
A Building Energy Models Calibration Methodology Based On Inverse Modelling Approach
Weather Files For The Calibration Of Building Energy Models
A Building Energy Models Calibration Methodology Based On Inverse Modelling Approach
Weather Files For The Calibration Of Building Energy Models
Seasonal Adaptation Of Vrf Hvac Model Calibration Process To A Mediterranean Climate
Weather Files For The Calibration Of Building Energy Models
Seasonal Adaptation Of Vrf Hvac Model Calibration Process To A Mediterranean Climate
Ground Characterization Of Building Energy Models
Seasonal Adaptation Of Vrf Hvac Model Calibration Process To A Mediterranean Climate
Ground Characterization Of Building Energy Models
Multi-Step Building Energy Model Calibration Process Based On Measured Data
Ground Characterization Of Building Energy Models
Multi-Step Building Energy Model Calibration Process Based On Measured Data
Probabilistic Load Forecasting Optimization For Building Energy Models Via Day Characterization
Multi-Step Building Energy Model Calibration Process Based On Measured Data
Probabilistic Load Forecasting Optimization For Building Energy Models Via Day Characterization
Energym: A Building Model Library For Controller Benchmarking
Probabilistic Load Forecasting Optimization For Building Energy Models Via Day Characterization
Energym: A Building Model Library For Controller Benchmarking
Interoperability Between Building Information Modelling (Bim) And Building Energy Model (Bem)
Energym: A Building Model Library For Controller Benchmarking
Interoperability Between Building Information Modelling (Bim) And Building Energy Model (Bem)
Impact Of Actual Weather Datasets For Calibrating White-Box Building Energy Models Base On Monitored Data
Interoperability Between Building Information Modelling (Bim) And Building Energy Model (Bem)
Impact Of Actual Weather Datasets For Calibrating White-Box Building Energy Models Base On Monitored Data
Building Energy Model For Mexican Energy Standard Verification Using Physics-Based Open Studio Sgsave Software Simulation
Impact Of Actual Weather Datasets For Calibrating White-Box Building Energy Models Base On Monitored Data
Building Energy Model For Mexican Energy Standard Verification Using Physics-Based Open Studio Sgsave Software Simulation
Probabilistic Load Forecasting For Building Energy Models
Building Energy Model For Mexican Energy Standard Verification Using Physics-Based Open Studio Sgsave Software Simulation
Probabilistic Load Forecasting For Building Energy Models
Impact Assessment For Building Energy Models Using Observed Vs. Third-Party Weather Data Sets
Probabilistic Load Forecasting For Building Energy Models
Impact Assessment For Building Energy Models Using Observed Vs. Third-Party Weather Data Sets
Epluslauncher: An Api To Perform Complex Energyplus Simulations In Matlab® And C#
Impact Assessment For Building Energy Models Using Observed Vs. Third-Party Weather Data Sets
Epluslauncher: An Api To Perform Complex Energyplus Simulations In Matlab® And C#
Empirical And Comparative Validation For A Building Energy Model Calibration Methodology
Epluslauncher: An Api To Perform Complex Energyplus Simulations In Matlab® And C#
Empirical And Comparative Validation For A Building Energy Model Calibration Methodology
Photovoltaic Plant Optimization To Leverage Electric Self Consumption By Harnessing Building Thermal Mass
Empirical And Comparative Validation For A Building Energy Model Calibration Methodology
Photovoltaic Plant Optimization To Leverage Electric Self Consumption By Harnessing Building Thermal Mass
Characterization Of Building Foundation In Building Energy Models
Photovoltaic Plant Optimization To Leverage Electric Self Consumption By Harnessing Building Thermal Mass
Characterization Of Building Foundation In Building Energy Models
Nowcasting Methods For Optimising Building Performance
Characterization Of Building Foundation In Building Energy Models
Nowcasting Methods For Optimising Building Performance
Model Predictive Control Optimization Via Genetic Algorithm Using A Detailed Building Energy Model
Nowcasting Methods For Optimising Building Performance
Model Predictive Control Optimization Via Genetic Algorithm Using A Detailed Building Energy Model
Uncertainy's Indices Assessment For Calibrated Energy Models
Model Predictive Control Optimization Via Genetic Algorithm Using A Detailed Building Energy Model
Uncertainy's Indices Assessment For Calibrated Energy Models
Methodology For The Quantification Of The Impact Of Weather Forecasts In Predictive Simulation Models
Uncertainy's Indices Assessment For Calibrated Energy Models
Methodology For The Quantification Of The Impact Of Weather Forecasts In Predictive Simulation Models
Exergy As A Measure Of Sustainable Retrofitting Of Buildings
Methodology For The Quantification Of The Impact Of Weather Forecasts In Predictive Simulation Models
Exergy As A Measure Of Sustainable Retrofitting Of Buildings
Cuantificación De La Inercia Térmica De Los Edificios Basada En Una Nueva Metodología De Calibración Para Lograr Edificios Energéticamente Flexibles
Exergy As A Measure Of Sustainable Retrofitting Of Buildings
Cuantificación De La Inercia Térmica De Los Edificios Basada En Una Nueva Metodología De Calibración Para Lograr Edificios Energéticamente Flexibles
Model Predictive Control Optimization Via Genetic Algorithm Using A Detailed Building Energy Model
Cuantificación De La Inercia Térmica De Los Edificios Basada En Una Nueva Metodología De Calibración Para Lograr Edificios Energéticamente Flexibles
Model Predictive Control Optimization Via Genetic Algorithm Using A Detailed Building Energy Model
Validation Of Calibrated Energy Models: Common Errors
Model Predictive Control Optimization Via Genetic Algorithm Using A Detailed Building Energy Model
Validation Of Calibrated Energy Models: Common Errors
Analysis Of Uncertainty Indices Used For Building Envelope Calibration
Validation Of Calibrated Energy Models: Common Errors
Analysis Of Uncertainty Indices Used For Building Envelope Calibration
Towards A New Generation Of Building Envelope Calibration
Analysis Of Uncertainty Indices Used For Building Envelope Calibration
Towards A New Generation Of Building Envelope Calibration
Genetic Algorithm For Building Envelope Calibration
Towards A New Generation Of Building Envelope Calibration
Genetic Algorithm For Building Envelope Calibration
Importancia Del Clima En La Simulación Energética De Edificios
Genetic Algorithm For Building Envelope Calibration
Importancia Del Clima En La Simulación Energética De Edificios
A Bim–lca Framework For Whole-Life Carbon Assessment Under Epbd: Scope Alignment, Functional Unit Robustness, And Cross-Tool Validation
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