From obstacle maps and forest canopy theory to urban surface roughness

Andrey Sogachev; Mark C. Kelly; Anna Maria Sempreviva

From obstacle maps and forest canopy theory to urban surface roughness

Research output: Book/Report › Report › Research

Abstract

There is a need to characterize the surface roughness properties that affect wind flow, by robust and objective ways. We report here about recent (2019) achievements in developing a method based on available information about obstacle heights and previous work on canopy flow, to give a bulk roughness length description for urban environments.

Original language	English

Publisher	DTU Wind Energy
Number of pages	25
Publication status	Published - 2019

Bibliographical note

Internal report DTU Wind Energy Report-I-0985

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title = "From obstacle maps and forest canopy theory to urban surface roughness",

abstract = "There is a need to characterize the surface roughness properties that affect wind flow, by robust and objective ways. We report here about recent (2019) achievements in developing a method based on available information about obstacle heights and previous work on canopy flow, to give a bulk roughness length description for urban environments.",

author = "Andrey Sogachev and Kelly, \{Mark C.\} and Sempreviva, \{Anna Maria\}",

note = "Internal report DTU Wind Energy Report-I-0985",

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language = "English",

publisher = "DTU Wind Energy",

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AU - Kelly, Mark C.

AU - Sempreviva, Anna Maria

N1 - Internal report DTU Wind Energy Report-I-0985

PY - 2019

Y1 - 2019

N2 - There is a need to characterize the surface roughness properties that affect wind flow, by robust and objective ways. We report here about recent (2019) achievements in developing a method based on available information about obstacle heights and previous work on canopy flow, to give a bulk roughness length description for urban environments.

AB - There is a need to characterize the surface roughness properties that affect wind flow, by robust and objective ways. We report here about recent (2019) achievements in developing a method based on available information about obstacle heights and previous work on canopy flow, to give a bulk roughness length description for urban environments.

M3 - Report

BT - From obstacle maps and forest canopy theory to urban surface roughness

PB - DTU Wind Energy

ER -

From obstacle maps and forest canopy theory to urban surface roughness

Abstract

Bibliographical note

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