Browsing Engineering (Faculty of) by Author "Lomanowski, Bartosz"
Now showing items 1-5 of 5
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Demonstration Of New ESP-R Capability For Quantifying The Energy Savings Potential Of Window Shading Devices
Wright, John L.; Kotey, Nathan Amon; Lomanowski, Bartosz (2009-06)Buildings with highly glazed facades and well insulated, air-tight envelopes result in interior spaces that are highly sensitive to solar gain. Solar gain through glazing is the largest and most variable gain in buildings ... -
Heat Transfer Analysis Of Windows With Venetian Blinds: A Comparative Study
Wright, John L.; Lomanowski, Bartosz (2007-06)The potential to reduce building load and annual energy consumption is widely recognized in the use of shading devices to control solar gain. Consequently, the ability to include and model shading layers in complex glazing ... -
Implementation of Window Shading Models into Dynamic Whole-Building Simulation
Lomanowski, Bartosz (University of Waterloo, 2008-12-23)An important consideration in energy efficient building design is the management of solar gain, as it is the largest and most variable gain in a building. The design of buildings with highly glazed facades, as well as ... -
Mitigation of Peak Cooling Demand through the Combination of Residential Zoned Cooling and Window Shading: A Building Simulation Case Study
Lomanowski, Bartosz; Wright, John L. (International Building Performance Simulation Association, 2014-05)The present study expands on previous building simulation work con-cerning the potential benefits of residential zoned cooling systems during peak summer days. Such zoned systems provide an opportunity for peak reduction ... -
Modeling Fenestration With Shading Devices In Building Energy Simulation: A Practical Approach
Wright, John L.; Lomanowski, Bartosz (International Building Performance Simulation Association, 2009-07)The use of operable shading devices impacts building loads significantly. The need exists for an explicit treatment of window shading devices in the design of energy efficient buildings through simulation. A general framework ...