Ver aquí -> .: Taller introductorio de Física con Arduino en Carmelo 2017 :.
(Fotos del taller en Carmelo)
Ver aquí -> .: Materiales del taller de Física con Arduino en Treinta y Tres, 2018 :.
(Fotos del taller en Treinta y Tres)
(Fotos del taller en Carmelo)
Ver aquí -> .: Materiales del taller de Física con Arduino en Treinta y Tres, 2018 :.
(Fotos del taller en Treinta y Tres)
Referencia rápida (Hoja en PDF):
Libros:
Rafael Enríquz Herrador,
Guía de Usuario de Arduino en español (libro PDF)
José Manuel Ruiz Gutiérrez,
Brian Evans
Arduino Programming Notebook en español (libro PDF)
Sitio oficial Arduino:
http://www.arduino.cc/
Papers (sobre Arduino, Micro:bit y tecnologías similares):
Antonio A. Moya (2019)
"Studying Avogadro’s Law with Arduino"
The Physics Teacher 57, 621.
Attila Teiermayer (2019)
"Improving students' skills in physics and computer science using BBC Micro:bit"
Physics Education 54(6), 065021
Simon Pettersson Fors, and Carl Nord (2019)
"Determination of aerodynamic drag coefficients using a drop test with a wireless accelerometer and its application to model rockets"
American Journal of Physics 87, 714
Cora Siebert, Paul R. DeStefano, and Ralf Widenhorn (2019)
"Teaching physics with a local positioning system"
The Physics Teacher 57, 428 (2019)
A.S. Cid, T. Correa (2019)
"Venturino: analysis of pressure variation in a Venturi's tube using Arduino and pressure sensor"
Revista Brasileira de Ensino de Física 41(3), e20180333.
João F. Nascimento Júnior, Vanessa E. S. Borges, Raphael M. M. F. Nascimento (2019)
"Temporal description of colision forces: a didactic model for physics laboratory aided by embedded system"
Revista Brasileira de Ensino de Física 41(3), e20180219.
Anderson Langone Silva, Marcus Varanis, Arthur Guilherme Mereles, Clivaldo Oliveira, José Manoel Balthazar (2019)
"A study of strain and deformation measurement using the Arduino microcontroller and strain gauges devices"
Revista Brasileira de Ensino de Física 41(3), e20180206.
Paulo H. Guadagnini (2019)
"A light meter with integrated sensor module and automatic data acquisition with didactic applications"
Revista Brasileira de Ensino de Física 41(3), e20180294.
Peter F. Hinrichsen (2019)
"Acceleration, Velocity, and Displacement for Magnetically Damped Oscillations"
The Physics Teacher 57, 250
R. M. Pacheco (2018)
"Mechanically driven pendula for instructional laboratories"
Master's Teses and Doctoral Dissertations. 931
Marcelo Dumas Hahn, Frederico Alan de Oliveira Cruz, and Paulo Simeão Carvalho (2019)
"Determining the Speed of Sound as a Function of Temperature Using Arduino"
The Physics Teacher 57, 114
Zoltan Gingl, Janos Mellar, Tamas Szepe, Gergely Makan, Robert Mingesz, Gergely Vadai, Katalin Kopasz (2019)
"Universal Arduino-based experimenting system to support teaching of natural sciences"
arXiv:1901.03810
Gergely Makan, Robert Mingesz, Zoltan Gingl (2019)
"How accurate is an Arduino Ohmmeter?"
arXiv:1901.03811
Peter F. Hinrichsen and Chris I. Larnder (2018)
"Combined viscous and dry friction damping of oscillatory motion"
American Journal of Physics 86, 577
C Dauphin, F Bouquet (2018)
"Physical pendulum experiment re-investigated with an accelerometer sensor"
Papers in Physics 10, 100008
A. Hilberer, et al. (2018)
"Temperature-dependent transport measurements with Arduino"
Papers in Physics 10, 100007
Giovanni Organtini (2018)
"A device to safely perform experiments on radioactivity"
Physics Education, 53(6), 065018
P R Espindola, C R Cena, D C B Alves, D F Bozano and A M B Goncalves (2018)
"Impulse measurement using an Arduíno"
Physics Education, 53(3), 035005
W P S Freitas, C R Cena, D C B Alves and A M B Goncalves (2018)
"Arduino-based experiment demonstrating Malus's law"
Physics Education 53(3), 035034
César Llamas Bello, Jesús Vegas, Miguel Angel González Rebollo, Manuel Ángel González Delagado (2018)
"Open-source sensors system for doing simple physics experiments"
Papers in Physics 10, 100004
Keith Atkin (2018)
"An Arduino-based experiment designed to clarify the transition to total internal reflection"
Physics Education, 53(2), 025003
Wong, W.K., Guo, B.S., Chao T.K., Wu, C.J., and Lien, Y.W. (2018)
"A Study of High School Students Doing Physics Experiments with Arduino and Other DataLogging Devices."
In: Li, K., Yuen, K., Wong, B. (eds)
Innovations in Open and Flexible Education. Education Innovation Series. Springer, Singapore.
Germán Calderón, José Herman Muñoz, Javier Yovany Rivera (2018)
"Dispositivo para medir tiempo y temperatura usando un microcontrolador"
"Device for measuring time and temperature using a microcontroller"
Revista Brasileira de Ensino de Física 40(2), 2402.
Luis Carlos Mathias, Paulo Rogério Catarini Silva, Osmar Henrique Moura da Silva (2017)
"Um instrumento alternativo ao estudo de pilhas recarregáveis via Arduino"
Caderno Brasileiro de Ensino de Física 34(1), 310.
Vladimir M. Cvjetković, Uroš Stanković (2017)
"Arduino Based Physics and Engineering Remote Laboratory"
Part of the Advances in Intelligent Systems and Computing book series (AISC, volume 545)
Jed Brody and Max Brown (2017)
"Transient heat conduction in a heat fin"
American Journal of Physics 85 (8), 582.
Asier Marzo, Adrian Barnes, and Bruce W. Drinkwater (2017)
"TinyLev: A multi-emitter single-axis acoustic levitator"
Review of Scientific Instruments 88, 085105.
Tomasz Kawalec and Aleksandra Sierant (2017)
"The parametric resonance-from LEGO Mindstorms to cold atoms"
European Journal of Physics 38(4), 045001.
Silveira, Sérgio, Girardi, Mauricio (2017)
"Development of an experimental Arduino kit for teaching Modern Physics in High School"
Revista Brasileira Ensino de Física 39(4), e4502.
Spencer N. Axani (2017)
"An easy-to-build desktop muon detector"
Physics Today, DOI:10.1063/PT.6.1.20170614a
Spencer N. Axani, Janet M. Conrad, Conor Kirby (2017)
"The Desktop Muon Detector: A simple, physics-motivated machine- and electronics-shop project for university students"
https://arxiv.org/abs/1606.01196
A M B Goncalves, C R Cena and D F Bozano (2017)
"Driven damped harmonic oscillator resonance with an Arduino"
Physics Education, 52(4), 043002.
Mike McCaughey (2017)
"An Arduino-Based Magnetometer"
The Physics Teacher 55(5), 274.
Daniel Nichols (2017)
"Arduino-Based Data Acquisition into Excel, LabVIEW, and MATLAB"
The Physics Teacher 55, 226.
F. Bouquet, J. Bobroff, M. Fuchs-Gallezot, L. Maurines (2017)
"Project-based physics labs using low-cost open-source hardware"
American Journal of Physics 85, 216
Preprint: https://arxiv.org/abs/1601.06659
Varanis, M., Langone Silva, A., Ayres Brunetto, P.H., Ferreira Gregolin, R. (2016).
"Instrumentation for mechanical vibrations analysis in the time domain and frequency domain using the Arduino platform"
Revista Brasileira de Ensino de Física, 38(1), 1301.
Paulo Simeão Carvalho and Marcelo Hahn (2016)
"A Simple Experimental Setup for Teaching Additive Colors with Arduino"
The Physics Teacher 54, 244.
Calin Galeriu, Cheryl Letson and Geoffrey Esper (2015)
"An Arduino Investigation of the RC Circuit"
The Physics Teacher 53, 285.
Calin Galeriu (2013)
"An Arduino-Controlled Photogate"
The Physics Teacher 51, 156.
Zachariadou, K., Yiasemides, K., & Trougkakos, N. (2012).
"A low-cost computer-controlled Arduino-based educational laboratory system for teaching the fundamentals of photovoltaic cells"
Eur. J. Phys. 33, 1599.
Galeriu C., Edwards S., Esper G. (2014)
"An Arduino Investigation of Simple Harmonic Motion"
The Physics Teacher, 52(3), 157-159.
Vera, F., Rivera, R. & Ortíz, M. (2014).
"A simple experiment to measure the inverse square law of light in daylight conditions"
European Journal of Physics, 35, 015015.
Luiz Raimundo Moreira de Carvalho e Helio Salim de Amorim (2014),
"Observando as marés atmosféricas: Uma aplicação da placa Arduino com sensores de pressão barométrica e temperatura"
Revista Brasileira de Ensino de Física, 36, 3501.
Silva, R.B., Leal, L.S., Alves, L.S., Brandao, R.V., Alves, R.C.M., Klering, E.V., Pezzi, R.P. (2015)
"Open source weather stations: A research and technological development project"
Revista Brasileira de Ensino de Física, 37(1), 1505.
L. Baldini, C. Sgro, E. Andreoni, F. Angelini, A. Bianchi, J. Bregeon, F .Fidecaro, M. M. Massai, V. Merlin, J. Nespolo, S. Orselli & M. Pesce-Rollins (2014).
"Plasduino: An inexpensive, general purpose data acquisition framework for educational experiments"
http://arxiv.org/abs/1312.1805
Haugen, A. J., Moore, N. T. (2014),
"A model for including Arduino microcontroller programming in the introductory physics lab"
http://arxiv.org/abs/1407.7613
Kubínová, S., & Šlégr, J. (2015).
"Physics demonstrations with the Arduino board"
Physics Education, 50(4), 472.
Hernández, D., Trejo, H. & Ordoñez, E. (2015).
"Development of an exploration land robot using low-cost and Open Source platforms for educational purposes"
VII International Congress of Engineering Physics
Journal of Physics: Conference Series 582 (2015) 012007.
Fábio Saraiva da Rocha, Guilherme Frederico Maranghello, Márcia Maria Lucchese (2014)
"Acelerômetro eletrônico e a placa Arduino para ensino de física em tempo real"
CAPA 31(1), 98-123.
Anderson R. de Souza; Alexsander C. Paixão; Diego D. Uzêda; Marco A. Dias; Sergio Duarte; Helio S. de Amorim (2011)
"The Arduino board: a low cost option for physics experiments assisted by PC"
Revista Brasileira Ensino de Física 33(1), 1702.
PROYECTOS:
Tinkercad. Herramienta gratis para dibujar circuitos sencillos:
https://www.tinkercad.com/
Matlab y Arduino:
https://la.mathworks.com/matlabcentral/maker/projects.html?s_eid=PSM_mkr&source=15308
Scilab y Arduino:
https://www.scilab.org/tutorials/scilab-arduino-low-cost-data-acquisition
Proyecto PhysDuino:
http://lide.uhk.cz/prf/ucitel/slegrja1/physduino/
Electronics Lab: Simulador de Arduino y otros circuitos (Autodesk, libre):
https://circuits.io/
Sitio oficial Arduino:
http://www.arduino.cc/
Papers (sobre Arduino, Micro:bit y tecnologías similares):
Antonio A. Moya (2019)
"Studying Avogadro’s Law with Arduino"
The Physics Teacher 57, 621.
Attila Teiermayer (2019)
"Improving students' skills in physics and computer science using BBC Micro:bit"
Physics Education 54(6), 065021
Simon Pettersson Fors, and Carl Nord (2019)
"Determination of aerodynamic drag coefficients using a drop test with a wireless accelerometer and its application to model rockets"
American Journal of Physics 87, 714
Cora Siebert, Paul R. DeStefano, and Ralf Widenhorn (2019)
"Teaching physics with a local positioning system"
The Physics Teacher 57, 428 (2019)
A.S. Cid, T. Correa (2019)
"Venturino: analysis of pressure variation in a Venturi's tube using Arduino and pressure sensor"
Revista Brasileira de Ensino de Física 41(3), e20180333.
João F. Nascimento Júnior, Vanessa E. S. Borges, Raphael M. M. F. Nascimento (2019)
"Temporal description of colision forces: a didactic model for physics laboratory aided by embedded system"
Revista Brasileira de Ensino de Física 41(3), e20180219.
Anderson Langone Silva, Marcus Varanis, Arthur Guilherme Mereles, Clivaldo Oliveira, José Manoel Balthazar (2019)
"A study of strain and deformation measurement using the Arduino microcontroller and strain gauges devices"
Revista Brasileira de Ensino de Física 41(3), e20180206.
Paulo H. Guadagnini (2019)
"A light meter with integrated sensor module and automatic data acquisition with didactic applications"
Revista Brasileira de Ensino de Física 41(3), e20180294.
Peter F. Hinrichsen (2019)
"Acceleration, Velocity, and Displacement for Magnetically Damped Oscillations"
The Physics Teacher 57, 250
R. M. Pacheco (2018)
"Mechanically driven pendula for instructional laboratories"
Master's Teses and Doctoral Dissertations. 931
Marcelo Dumas Hahn, Frederico Alan de Oliveira Cruz, and Paulo Simeão Carvalho (2019)
"Determining the Speed of Sound as a Function of Temperature Using Arduino"
The Physics Teacher 57, 114
Zoltan Gingl, Janos Mellar, Tamas Szepe, Gergely Makan, Robert Mingesz, Gergely Vadai, Katalin Kopasz (2019)
"Universal Arduino-based experimenting system to support teaching of natural sciences"
arXiv:1901.03810
Gergely Makan, Robert Mingesz, Zoltan Gingl (2019)
"How accurate is an Arduino Ohmmeter?"
arXiv:1901.03811
Peter F. Hinrichsen and Chris I. Larnder (2018)
"Combined viscous and dry friction damping of oscillatory motion"
American Journal of Physics 86, 577
C Dauphin, F Bouquet (2018)
"Physical pendulum experiment re-investigated with an accelerometer sensor"
Papers in Physics 10, 100008
A. Hilberer, et al. (2018)
"Temperature-dependent transport measurements with Arduino"
Papers in Physics 10, 100007
Giovanni Organtini (2018)
"A device to safely perform experiments on radioactivity"
Physics Education, 53(6), 065018
P R Espindola, C R Cena, D C B Alves, D F Bozano and A M B Goncalves (2018)
"Impulse measurement using an Arduíno"
Physics Education, 53(3), 035005
W P S Freitas, C R Cena, D C B Alves and A M B Goncalves (2018)
"Arduino-based experiment demonstrating Malus's law"
Physics Education 53(3), 035034
César Llamas Bello, Jesús Vegas, Miguel Angel González Rebollo, Manuel Ángel González Delagado (2018)
"Open-source sensors system for doing simple physics experiments"
Papers in Physics 10, 100004
Keith Atkin (2018)
"An Arduino-based experiment designed to clarify the transition to total internal reflection"
Physics Education, 53(2), 025003
Wong, W.K., Guo, B.S., Chao T.K., Wu, C.J., and Lien, Y.W. (2018)
"A Study of High School Students Doing Physics Experiments with Arduino and Other DataLogging Devices."
In: Li, K., Yuen, K., Wong, B. (eds)
Innovations in Open and Flexible Education. Education Innovation Series. Springer, Singapore.
Germán Calderón, José Herman Muñoz, Javier Yovany Rivera (2018)
"Dispositivo para medir tiempo y temperatura usando un microcontrolador"
"Device for measuring time and temperature using a microcontroller"
Revista Brasileira de Ensino de Física 40(2), 2402.
Luis Carlos Mathias, Paulo Rogério Catarini Silva, Osmar Henrique Moura da Silva (2017)
"Um instrumento alternativo ao estudo de pilhas recarregáveis via Arduino"
Caderno Brasileiro de Ensino de Física 34(1), 310.
Vladimir M. Cvjetković, Uroš Stanković (2017)
"Arduino Based Physics and Engineering Remote Laboratory"
Part of the Advances in Intelligent Systems and Computing book series (AISC, volume 545)
Jed Brody and Max Brown (2017)
"Transient heat conduction in a heat fin"
American Journal of Physics 85 (8), 582.
Asier Marzo, Adrian Barnes, and Bruce W. Drinkwater (2017)
"TinyLev: A multi-emitter single-axis acoustic levitator"
Review of Scientific Instruments 88, 085105.
Tomasz Kawalec and Aleksandra Sierant (2017)
"The parametric resonance-from LEGO Mindstorms to cold atoms"
European Journal of Physics 38(4), 045001.
Silveira, Sérgio, Girardi, Mauricio (2017)
"Development of an experimental Arduino kit for teaching Modern Physics in High School"
Revista Brasileira Ensino de Física 39(4), e4502.
Spencer N. Axani (2017)
"An easy-to-build desktop muon detector"
Physics Today, DOI:10.1063/PT.6.1.20170614a
Spencer N. Axani, Janet M. Conrad, Conor Kirby (2017)
"The Desktop Muon Detector: A simple, physics-motivated machine- and electronics-shop project for university students"
https://arxiv.org/abs/1606.01196
A M B Goncalves, C R Cena and D F Bozano (2017)
"Driven damped harmonic oscillator resonance with an Arduino"
Physics Education, 52(4), 043002.
Mike McCaughey (2017)
"An Arduino-Based Magnetometer"
The Physics Teacher 55(5), 274.
Daniel Nichols (2017)
"Arduino-Based Data Acquisition into Excel, LabVIEW, and MATLAB"
The Physics Teacher 55, 226.
F. Bouquet, J. Bobroff, M. Fuchs-Gallezot, L. Maurines (2017)
"Project-based physics labs using low-cost open-source hardware"
American Journal of Physics 85, 216
Preprint: https://arxiv.org/abs/1601.06659
Varanis, M., Langone Silva, A., Ayres Brunetto, P.H., Ferreira Gregolin, R. (2016).
"Instrumentation for mechanical vibrations analysis in the time domain and frequency domain using the Arduino platform"
Revista Brasileira de Ensino de Física, 38(1), 1301.
Paulo Simeão Carvalho and Marcelo Hahn (2016)
"A Simple Experimental Setup for Teaching Additive Colors with Arduino"
The Physics Teacher 54, 244.
Calin Galeriu, Cheryl Letson and Geoffrey Esper (2015)
"An Arduino Investigation of the RC Circuit"
The Physics Teacher 53, 285.
Calin Galeriu (2013)
"An Arduino-Controlled Photogate"
The Physics Teacher 51, 156.
Zachariadou, K., Yiasemides, K., & Trougkakos, N. (2012).
"A low-cost computer-controlled Arduino-based educational laboratory system for teaching the fundamentals of photovoltaic cells"
Eur. J. Phys. 33, 1599.
Galeriu C., Edwards S., Esper G. (2014)
"An Arduino Investigation of Simple Harmonic Motion"
The Physics Teacher, 52(3), 157-159.
Vera, F., Rivera, R. & Ortíz, M. (2014).
"A simple experiment to measure the inverse square law of light in daylight conditions"
European Journal of Physics, 35, 015015.
Luiz Raimundo Moreira de Carvalho e Helio Salim de Amorim (2014),
"Observando as marés atmosféricas: Uma aplicação da placa Arduino com sensores de pressão barométrica e temperatura"
Revista Brasileira de Ensino de Física, 36, 3501.
Silva, R.B., Leal, L.S., Alves, L.S., Brandao, R.V., Alves, R.C.M., Klering, E.V., Pezzi, R.P. (2015)
"Open source weather stations: A research and technological development project"
Revista Brasileira de Ensino de Física, 37(1), 1505.
L. Baldini, C. Sgro, E. Andreoni, F. Angelini, A. Bianchi, J. Bregeon, F .Fidecaro, M. M. Massai, V. Merlin, J. Nespolo, S. Orselli & M. Pesce-Rollins (2014).
"Plasduino: An inexpensive, general purpose data acquisition framework for educational experiments"
http://arxiv.org/abs/1312.1805
Haugen, A. J., Moore, N. T. (2014),
"A model for including Arduino microcontroller programming in the introductory physics lab"
http://arxiv.org/abs/1407.7613
Kubínová, S., & Šlégr, J. (2015).
"Physics demonstrations with the Arduino board"
Physics Education, 50(4), 472.
Hernández, D., Trejo, H. & Ordoñez, E. (2015).
"Development of an exploration land robot using low-cost and Open Source platforms for educational purposes"
VII International Congress of Engineering Physics
Journal of Physics: Conference Series 582 (2015) 012007.
Fábio Saraiva da Rocha, Guilherme Frederico Maranghello, Márcia Maria Lucchese (2014)
"Acelerômetro eletrônico e a placa Arduino para ensino de física em tempo real"
CAPA 31(1), 98-123.
Anderson R. de Souza; Alexsander C. Paixão; Diego D. Uzêda; Marco A. Dias; Sergio Duarte; Helio S. de Amorim (2011)
"The Arduino board: a low cost option for physics experiments assisted by PC"
Revista Brasileira Ensino de Física 33(1), 1702.
PROYECTOS:
Tinkercad. Herramienta gratis para dibujar circuitos sencillos:
https://www.tinkercad.com/
Matlab y Arduino:
https://la.mathworks.com/matlabcentral/maker/projects.html?s_eid=PSM_mkr&source=15308
Scilab y Arduino:
https://www.scilab.org/tutorials/scilab-arduino-low-cost-data-acquisition
Proyecto PhysDuino:
http://lide.uhk.cz/prf/ucitel/slegrja1/physduino/
Electronics Lab: Simulador de Arduino y otros circuitos (Autodesk, libre):
https://circuits.io/
