Timur Dogan

Assoc. Professor

Cornell University

United States

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Dr. Timur Dogan is an Associate Professor at Cornell University, USA. His research focuses on urban energy modeling, building reconstruction, and the impact of the built environment on mobility patterns. Recent articles include investigations into window view satisfaction, urban mobility, and thermal comfort simulations.

Articles (15)

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2025

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2023

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2022

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2022

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2021

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2021

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2021

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2020

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2020

Collaborators (3)

Michael George Kent

Singapore University of Social Sciences

SINGAPORE

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Yihong Li

Professor of Practice

Cornell University

UNITED STATES

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Patrick Kastner

Assistant Professor

Georgia Institute of Technology

UNITED STATES

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Timur Dogan

Research Interests

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About

Articles (15)

A bottom-up urban building energy model for evaluating thermal load electrification measures

Window View Satisfaction Assessment Method: A Comparison of Physical Space, Virtual Reality, and Digital Image

Scalable building reconstruction and window detection for urban building energy modelling applications

Towards Auto-Calibrated UBEM Using Readily Available, Underutilized Urban Data: A Case Study for Ithaca, NY

A clustering-based approach to quantifying socio-demographic impacts on urban mobility patterns

Assessing impacts of the built environment on mobility: A joint choice model of travel mode and duration

Seemo: A new tool for early design window view satisfaction evaluation in residential buildings

Eddy3D: A toolkit for decoupled outdoor thermal comfort simulations in urban areas

Modeling outdoor thermal comfort along cycling routes at varying levels of physical accuracy to predict bike ridership in Cambridge, MA

Urban design attributes and resilience: COVID-19 evidence from New York City

Surfer: A fast simulation algorithm to predict surface temperatures and mean radiant temperatures in large urban models

Sustainability evaluation for early design (SEED) framework for energy use, embodied carbon, cost, and daylighting assessment

Streamlined CFD simulation framework to generate wind-pressure coefficients on building facades for airflow network simulations

Testing the residential daylight score: Comparing climate-based daylighting metrics for 2444 individual dwelling units in temperate climates

A cylindrical meshing methodology for annual urban computational fluid dynamics simulations

Collaborators (3)

Michael George Kent

Yihong Li

Patrick Kastner

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