DESIGN, MANUFACTURE WITH ADDITIVE TECHNOLOGIES AND RESEARCH OF INERTIA SENSORS

2D and 3D type inertial sensors have been proposed, working examples have been developed and tested in the laboratory and real conditions. 2D inertial sensor manufacturing technology for mass production is proposed. Experimental tests of contacts strength of 3D inertial sensors of various thicknesse...

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Published inScience future of Lithuania Vol. 13; pp. 1 - 6
Main Authors Iljušin, Reymon, Jurkonis, Eugenijus
Format Journal Article
LanguageEnglish
Published Vilnius Vilnius Gediminas Technical University, Department of Construction Economics & Property 18.03.2021
Vilnius Gediminas Technical University
Subjects
3d printing
Computer applications
Free fall
inertial loads
Inertial sensing devices
inertial sensors
Mass production
material anisotropy
product vulnerability
Sensors
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Abstract 2D and 3D type inertial sensors have been proposed, working examples have been developed and tested in the laboratory and real conditions. 2D inertial sensor manufacturing technology for mass production is proposed. Experimental tests of contacts strength of 3D inertial sensors of various thicknesses were performed. The critical drop heights of the 3D inertial sensors were determined using a designed free fall stand. The results of experimental and computational stresses were compared.
AbstractList 2D and 3D type inertial sensors have been proposed, working examples have been developed and tested in the laboratory and real conditions. 2D inertial sensor manufacturing technology for mass production is proposed. Experimental tests of contacts strength of 3D inertial sensors of various thicknesses were performed. The critical drop heights of the 3D inertial sensors were determined using a designed free fall stand. The results of experimental and computational stresses were compared. Article in Lithuanian. Inercinių daviklių projektavimas, gamyba pridėtinėmis technologijomis ir tyrimas
2D and 3D type inertial sensors have been proposed, working examples have been developed and tested in the laboratory and real conditions. 2D inertial sensor manufacturing technology for mass production is proposed. Experimental tests of contacts strength of 3D inertial sensors of various thicknesses were performed. The critical drop heights of the 3D inertial sensors were determined using a designed free fall stand. The results of experimental and computational stresses were compared. Article in Lithuanian. Inercinių daviklių projektavimas, gamyba pridėtinėmis technologijomis ir tyrimas Santrauka Pasiūlyti 2D ir 3D tipo inerciniai davikliai, sukurti veikiantys pavyzdžiai, kurie bandyti laboratorijos ir realių situacijų sąlygomis. Pasiūlyta 2D inercinių daviklių gamybos technologija masinei gamybai. Atlikti 3D inercinių daviklių eksperimentiniai įvairių storių kontaktų stiprumo bandymai. Nustatyti 3D inercinių daviklių kritiniai metimo aukščiai, naudojant suprojektuotą laisvo kritimo stendą. Palyginti eksperimentinių ir skaičiuojamųjų įtempių rezultatai. Reikšminiai žodžiai: inerciniai davikliai, 3D spausdinimas, prekės pažeidžiamumas, medžiagos anizotropiškumas, inercinės apkrovos.
2D and 3D type inertial sensors have been proposed, working examples have been developed and tested in the laboratory and real conditions. 2D inertial sensor manufacturing technology for mass production is proposed. Experimental tests of contacts strength of 3D inertial sensors of various thicknesses were performed. The critical drop heights of the 3D inertial sensors were determined using a designed free fall stand. The results of experimental and computational stresses were compared.
Author Jurkonis, Eugenijus
Iljušin, Reymon
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SubjectTerms 3d printing
Computer applications
Free fall
inertial loads
Inertial sensing devices
inertial sensors
Mass production
material anisotropy
product vulnerability
Sensors
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Title DESIGN, MANUFACTURE WITH ADDITIVE TECHNOLOGIES AND RESEARCH OF INERTIA SENSORS
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