Performed
building performance simulation and energy use analysis by energy modeling software
Quantifying uncertainty in outdoor air flow control and its impacts on
building performance simulation and fault detection
Quantifying uncertainty in outdoor air flow control and its impacts on
building performance simulation and fault detection B Yan, X Li, A Malkawi and G Augenbroe Energy and Buildings, 2017
Computer aided conceptual design has the potential to aid the design team in discovering and highlighting these relationships; especially by means of procedural and parametric geometry to support the generation of geometric design, and
building performance simulation tools to support performance assessments.
Not exact matches
The use of
simulations, scenarios, and case studies highlight the importance of collaborative, experiential learning in
building deeper learning leading to higher
performance.
Using the results of the Task 1 Literature Review, a detailed plan was made for conducting
simulations and analyses of the
performance of whole - house mechanical ventilation systems in new residential
buildings.
windows and solar control systems,
building constructions, Heating and hot water systems in
buildings, Air - conditioning, ventilation, air infiltration, low energy cooling, Energy calculation or
simulation methods in
buildings, Environmental issues and emissions related to
buildings, Energy auditing of
buildings or systems,
building energy
performance certification
Predicting thermal and energy
performance of mixed - mode ventilation using an integrated
simulation approach A Malkawi, B Yan, Y Chen and Z Tong
Building Simulation, 2016
Besides the classic application of thermal
building simulation, which is the prediction of temperature and heating / cooling
performance, it is also possible to calculate air humidity and moisture retention in
building components.
Created MATLAB and Simulink
simulation models,
built HDL models, and architected system design for
performance and speed.