The data presented in this article are the wind measurements acquired from a tower in Southeast China during typhoon Nesat (1709#) and typhoon Haitang (1710#). Three 3D ultrasonic anemometers Wind Master Pro were utilized to obtain 3D wind data. The anemometer works well with wind speed range of 0–65 m/s and wind angle range of 0–360°. Three direction wind speeds and wind angles were recorded per every 0.1 s. The present research analyzed wind characteristics based on recorded data. In this article, the detailed test set-up and data pre-processing methodology for the wind characteristics analysis are provided
In this paper, the normal and extreme wind conditions for power at 12 coastal locations along China&...
[[abstract]]A 30-story building located in Taipei City was instrumented with anemometers and acceler...
The urban atmospheric boundary layer (UABL) is complex due to the heterogeneous under-lying city sur...
From the point of view of wind engineering, this paper discusses the wind characteristics of China's...
To gain the typhoon characteristics of wind filed near ground, a 10 m height field measurements wind...
The field measurement was conducted to observe the wind field data of West Pacific typhoon “Maria” i...
To study the wind field characteristics near the ground pulsation in typhoon conditions, wind field ...
Stationary models are usually applied for wind characteristics analysis. However, nonstationarity ha...
Di Wang Tower located in Shenzhen has a height of approximately 325 m and was the tallest building i...
With rapid economic development of China, demand for energy is growing rapidly. Many experts have be...
This paper presents the study of the pulsating characteristics of three adjacent high-rise buildings...
The wind characteristics of the mountainous environment in Western China are extremely complex. Many...
Good understanding of the wind characteristics is essential in offshore structural design and operat...
Near-surface wind data are particularly important for Hainan Island and the South China Sea, and the...
With the increased interest in remote sensing of wind information in recent years, it is important t...
In this paper, the normal and extreme wind conditions for power at 12 coastal locations along China&...
[[abstract]]A 30-story building located in Taipei City was instrumented with anemometers and acceler...
The urban atmospheric boundary layer (UABL) is complex due to the heterogeneous under-lying city sur...
From the point of view of wind engineering, this paper discusses the wind characteristics of China's...
To gain the typhoon characteristics of wind filed near ground, a 10 m height field measurements wind...
The field measurement was conducted to observe the wind field data of West Pacific typhoon “Maria” i...
To study the wind field characteristics near the ground pulsation in typhoon conditions, wind field ...
Stationary models are usually applied for wind characteristics analysis. However, nonstationarity ha...
Di Wang Tower located in Shenzhen has a height of approximately 325 m and was the tallest building i...
With rapid economic development of China, demand for energy is growing rapidly. Many experts have be...
This paper presents the study of the pulsating characteristics of three adjacent high-rise buildings...
The wind characteristics of the mountainous environment in Western China are extremely complex. Many...
Good understanding of the wind characteristics is essential in offshore structural design and operat...
Near-surface wind data are particularly important for Hainan Island and the South China Sea, and the...
With the increased interest in remote sensing of wind information in recent years, it is important t...
In this paper, the normal and extreme wind conditions for power at 12 coastal locations along China&...
[[abstract]]A 30-story building located in Taipei City was instrumented with anemometers and acceler...
The urban atmospheric boundary layer (UABL) is complex due to the heterogeneous under-lying city sur...