Ley de Faraday y Ley de Biot y Savart: campo magnético de una espira circular en un punto fuera del eje

Mendoza, Cintia Cabanillas; Valdez, Lucy A.; Cabrera, Cesar A.; Merino, Carlos A.; Bentz, Erika N.; Provasi, Patricio F.

doi:10.30972/eitt.503758

eitt

2019

DOI: 10.30972/eitt.503758

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Ley de Faraday y Ley de Biot y Savart: campo magnético de una espira circular en un punto fuera del eje

Cintia Cabanillas Mendoza

Lucy A. Valdez

Cesar A. Cabrera

et al.

Abstract: This work is presented fro m the bibliographic inquiry related to the measurement and the mapping o f the magnetic fie ld outside the axis o f a circular coil in both its radial and axial component, which is very scarce.Wepresent here the complete analyti-

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Impact on students’ problem-solving skills by making a magnetic safe box

Pazmino,

Mosquera,

Roblero

et al. 2023

Phys. Educ.

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The physical principles of electromagnetism are hard for students to understand, even though they explain our surrounding world, including technology. Active learning methodologies play an important role in students’ learning processes of such concepts. Using project-based learning, with the appropriate project, students can be engaged in any science subject. This paper studies the impact of two striking real-life projects utilizing concepts related to different learning course objectives on students’ problem-solving skills through theoretical calculations of the projects before building the prototype.

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Impact on students’ problem-solving skills by making a magnetic safe box

Pazmino,

Mosquera,

Roblero

et al. 2023

Phys. Educ.

View full text Add to dashboard Cite

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Sustainable Electromagnetic Prototype for Detecting Internal Deterioration in Building Walls

Ascona García,

Aguirre Camacho,

Silva Barboza

et al. 2024

Sensors

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The aim of this study was to develop a sustainable electromagnetic prototype to detect the interior deterioration of walls in buildings in order to mitigate uncertainty as it is a challenge to observe the interior state of walls without utilising destructive procedures. The method used was experimental, developmental and quantitative in its approach. The inductance, electric current, modulated frequency and power of the electromagnetic field were used to penetrate the constructed specimens, which were built of materials such as concrete, brick, adobe, plaster and fine sand and had walls with a thickness of less than 300 millimetres. The results show that the optimum value of the magnetic field was 0.18 µT, which was sufficient to penetrate 150 mm with densities between 1.0 and 2.4 g/cm3 and porosities between 11 and 60%. The current and wave each had a coefficient of determination R2 = 0.8914, and the average inductance value was 184 µH, which was established with an air core of radius 9.75 cm and with 19 turns with AWG-25 wire. The frequency-modulated signal ranged in the audible zone between 10 and 22 kHz. The presented prototype detects the interior deterioration of the walls of the building, and the signal is reflected on a metallic guide on the opposite side of the wall with a reading error of 5%. The use of this prototype does not represent a risk to the operator or the environment.

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Ley de Faraday y Ley de Biot y Savart: campo magnético de una espira circular en un punto fuera del eje

Abstract: This work is presented fro m the bibliographic inquiry related to the measurement and the mapping o f the magnetic fie ld outside the axis o f a circular coil in both its radial and axial component, which is very scarce.Wepresent here the complete analyti-

Cited by 2 publications

References 0 publications

Impact on students’ problem-solving skills by making a magnetic safe box

Impact on students’ problem-solving skills by making a magnetic safe box

Sustainable Electromagnetic Prototype for Detecting Internal Deterioration in Building Walls

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