Conceptual Design of Wireless DAQ System for Vehicle Blast Testing

Zuraida, A. B. Z.; Fairuz, S. D. S.; Risby, M. S.

doi:10.1016/j.procs.2016.08.078

Cited by 3 publications

(3 citation statements)

References 11 publications

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“…However, incidental sources powers can trigger the detonator which resulted in premature initiation of electric detonator due to Wi-Fi transmission energy. The previous conceptual design by [10] cited that there is no technically proven in the cases of detonators were prematurely initiated by electric detonators due RF energy in term of Wi-Fi communication.…”

Section: A B Z Zuraida Et Al J Fundam Appl Sci 2017 9(3s) 28-4mentioning

confidence: 99%

“…Fig. 5 illustrates the previous experiment by [10], which is the conceptual design of wireless system in vehicle blast testing. The main reason wire is positioned at close proximity with Wi-Fi is to observe if there is any ffect from the frequency generated by the Wi-Fi to the circuit diagram before detonation.…”

Section: Specification Of Wire For Detonator Triggering (Short Delay mentioning

confidence: 99%

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An investigation on detonator triggering effect subjected to radio frequency energy exposure

Zuraida

Fairuz

Risby

et al. 2018

J. Fundam and Appl Sci.

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Nowadays, explosion phenomena are one of the exciting research especially in military field.In this paper, the study focus on investigation of the detonator triggering effect when subjected to radio frequency energy exposure from wireless local area netwo Electric detonator characteristics was used to design the test configuration to check the existence of current fluctuation in the wires during Wi observe for such cases, any premature fluctuation in the curre detonator will be instigated prematurely upon setting up any wireless transmission during blast testing. Therefore, parameters such as cable specification, distance and acceptable current fluctuation is being further analyses. Prel prematurely effect and the testing can be further implemented using real life detonator without Nowadays, explosion phenomena are one of the exciting research especially in military field.In this paper, the study focus on investigation of the detonator triggering effect when subjected to radio frequency energy exposure from wireless local area netwo In this paper, the study focus on investigation of the detonator triggering effect when subjected to radio frequency energy exposure from wireless local area network (WLAN).Electric detonator characteristics was used to design the test configuration to check the Fi exposure. The main interest is to nt flow connected to the detonator will be instigated prematurely upon setting up any wireless transmission during blast testing. Therefore, parameters such as cable specification, distance and acceptable iminary test has found that there is no prematurely effect and the testing can be further implemented using real life detonator without energy.

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Section: A B Z Zuraida Et Al J Fundam Appl Sci 2017 9(3s) 28-4mentioning

confidence: 99%

Section: Specification Of Wire For Detonator Triggering (Short Delay mentioning

confidence: 99%

An investigation on detonator triggering effect subjected to radio frequency energy exposure

Zuraida

Fairuz

Risby

et al. 2018

J. Fundam and Appl Sci.

Self Cite

View full text Add to dashboard Cite

show abstract

“…This type of system is widely used for data acquisition in real time, and it allows the wireless transfer of information, with the advantage that the user can be at a safe distance from the place where the tests are performed in order to obtain the data. This allows the acquisition of data from tests performed in high-risk areas or that require remaining exposed all the time, as in the measurement of environmental conditions that affect the harvest in a crop, the explosion of a car to measure the forces involved, or inside a wind tunnel to characterize the aerodynamic behavior of an object (11)(12)(13)(14)(15)(16)(17)(18).…”

Section: Introductionmentioning

confidence: 99%

Wireless Real-Time Data Acquisition System for Aerodynamic Characterization of a Wind Turbine

Casallas

Parra-Peñuela²,

Gaona³

2023

Ing.

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Context: Wind energy sources utilize renewable, free, and environmentally friendly resources, so there are projects focused on the design of wind turbines to increase their efficiency. Simulations using computational fluid dynamics techniques allow designs to be analyzed. which, are then validated through experimentation and wind tunnel measurements. Method: Data acquisition is performed by using Wind Sensor Rev.P sensors to measure wind velocity, and MMA7361 accelerometer to measure the vibrations generated by the wind in the turbine. Additionally, an ESP32 is required to process and transmit the data via Bluetooth, thus facilitating the installation of the real-time monitoring module inside the wind tunnel. Results: A monitoring module with a sampling rate of 5 ms was obtained, thus allowing real-time data acquisition, with a resolution of 12 bits for good data capturing accuracy and a transmission rate of approximately 74000 bps. An application capable of plotting 3D acceleration and 2D wind speed signals was also created. Conclusions: The device developed serves as a support for future wind turbine design projects since it is wireless, its installation is simple, it facilitates data collection inside a wind tunnel, and it allows visualizing the turbine’s behavior in real time by means of a graphic interface.

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A Comparison Study between Digital Image Analysis and Sensor Measurements of Blast Test Dummy Response

Dardin

Sohaimi

Baharin

et al. 2019

2019 IEEE 6th International Conference on Engineering Technologies and Applied Sciences (ICETAS)

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Conceptual Design of Wireless DAQ System for Vehicle Blast Testing

Cited by 3 publications

References 11 publications

An investigation on detonator triggering effect subjected to radio frequency energy exposure

An investigation on detonator triggering effect subjected to radio frequency energy exposure

Wireless Real-Time Data Acquisition System for Aerodynamic Characterization of a Wind Turbine

A Comparison Study between Digital Image Analysis and Sensor Measurements of Blast Test Dummy Response

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