In this work, the authors propose a novel directional anemometric system, showing a compact design and the absence of external mechanical moving parts. The measuring principle is based on a dual channel spherical wind conveyor structure, combined with a pressure difference sensing technique of the conveyed air flows by the employment of electromagnetic inductive transducers
A novel wind speed and direction sensor designed for the atmosphere of Mars is described. It is base...
Airships, like any other aircraft, require sensor inputs in order to fly. One type of sensor is the ...
The novelty of this 2D thermal anemometer is the spherical compact and robust design with improved s...
In this work, the authors propose a novel directional anemometric system, showing a compact design a...
An evolution of a previously proposed anemometer capable of detecting both the magnitude and the dir...
A compact anemometer based on integrated flow sensors is presented. The device exploits a recently p...
Abstract:- An anemometric measuring probe has been designed. The probe is composed of 4 temperature ...
Includes bibliographical references.A working model for a thermal anemometry system compatible with ...
AbstractIn this work a compact wind velocity and direction sensor, based on properly probing the pre...
Development of compact, inexpensive and low power sensors is the key step towards the application of...
This paper presents an analytical model for a recently introduced class of 2-D directional anemomete...
Abstract. The environmental variables influence in the development of plants and animals. One of the...
In the paper, there is a comparison of the directional characteristics of three types of two-sensor ...
This paper presents a conceptual wind vector detector for measuring the velocity and direction of wi...
Measurement of air flow through a fan is required during routine testing of several student projects...
A novel wind speed and direction sensor designed for the atmosphere of Mars is described. It is base...
Airships, like any other aircraft, require sensor inputs in order to fly. One type of sensor is the ...
The novelty of this 2D thermal anemometer is the spherical compact and robust design with improved s...
In this work, the authors propose a novel directional anemometric system, showing a compact design a...
An evolution of a previously proposed anemometer capable of detecting both the magnitude and the dir...
A compact anemometer based on integrated flow sensors is presented. The device exploits a recently p...
Abstract:- An anemometric measuring probe has been designed. The probe is composed of 4 temperature ...
Includes bibliographical references.A working model for a thermal anemometry system compatible with ...
AbstractIn this work a compact wind velocity and direction sensor, based on properly probing the pre...
Development of compact, inexpensive and low power sensors is the key step towards the application of...
This paper presents an analytical model for a recently introduced class of 2-D directional anemomete...
Abstract. The environmental variables influence in the development of plants and animals. One of the...
In the paper, there is a comparison of the directional characteristics of three types of two-sensor ...
This paper presents a conceptual wind vector detector for measuring the velocity and direction of wi...
Measurement of air flow through a fan is required during routine testing of several student projects...
A novel wind speed and direction sensor designed for the atmosphere of Mars is described. It is base...
Airships, like any other aircraft, require sensor inputs in order to fly. One type of sensor is the ...
The novelty of this 2D thermal anemometer is the spherical compact and robust design with improved s...