Applying extreme temperature events for future conditions is not straightforward for
infrastructure resilience analyses. This work introduces a stochastic model that fills this gap …

Heat waves are increasing in severity, duration, and frequency. The Multi-Scenario Extreme
Weather Simulator (MEWS) models this using historical data, climate model outputs, and …

Microgrids are an increasingly popular solution to provide energy resilience in response to
increasing grid dependency and the growing impacts of climate change on grid operations …

This study investigates high performance electrochromic windows used on a passive house
and residential dwelling to IECC 2021 (ie, IECC dwelling). In the lab, the electrochromic film …

Weather data has a wide range of applications in the built environment such as the analysis
of energy efficiency measures, life cycle cost, and emissions. For the past 50 years, building …

The increase in heatwaves due to climate change poses significant challenges to both
indoor thermal comfort and occupant well-being. Unfortunately, existing work does not …

The Multi-scenario extreme weather simulator (MEWS) is a stochastic weather generation
tool. The MEWS algorithm uses 50 or more years of National Oceanic and Atmospheric …

Building design practice relies on typical historical weather data. Because of climate
change, this means that building designs are based on incorrect climates, resulting in …

As climate change increases the frequency and severity of heatwaves, understanding their
impact on the well-being, health, and permissible activities of building occupants becomes …