Increasing Role of Sections Caused by 3D Modelling

Győri, Márk; Ficzere, Péter

doi:10.3311/pptr.9053

Cited by 8 publications

(4 citation statements)

References 3 publications

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“…The disadvantage of the conventional approach is that any form of modification (e.g., a doctor's unique needs in design) can only be accomplished with great difficulty and a lot of work. The sections of each slice must be modified one by one so that cohesion between them is maintained [17,18].…”

Section: Cad Modelmentioning

confidence: 99%

A New Methodology for Designing a Skull Implant

Markiz

Horváth

Ficzere

2021

ARRB

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Cranioplasty is a surgery used to repair a bone defect in the skull caused by an injury. It involves lifting the scalp and restoring the contour of the skull with an implant usually manufactured by additive manufacturing. The cranial implant is a sensitive topic; thus, it must be manufactured to the highest standards. Medical implants are growing significantly due to industrial digitalization and the rapid development of industrial software. With the help of computed Tomography (CT) equipment, a spatial, rotating model of the patient's current state can be obtained quickly, even in minutes where the replacement part of the deficiency can be perfectly designed. Although this requires considerable routine, computational capacity, and time, but taking advantage of the latest software presented in our manuscript, the development time of the implant can be up to 50 times shorter with significant improvements in suitability and adaptability. Subsequently, we can produce more accurate implants with more accessible and faster manufacturing with our developed method. The development steps and methods of designing an implant are described in our article.

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Section: Cad Modelmentioning

confidence: 99%

A New Methodology for Designing a Skull Implant

Markiz

Horváth

Ficzere

2021

ARRB

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“…lyét is a felhasználók között, ám meglepő módon a harmadik legnagyobb igénylője ezeknek az eljárásoknak az egészségügy/gyógyászat. Manapság már rutinszerűen készítenek állkapocs, koponyacsont vagy egyéb protéziseket, amelyek pontosan illeszkednek a kiegészítendő csontszövethez [5], [6]. Elterjedt a 3D nyomtatott implantátumok használata a fogászatban, de a sebészet különböző ágaiban is [7].…”

Section: áBra: Közúti Balesetek Okozta Személysérülések Számának Alakunclassified

Elalvásos balesetek csökkentési lehetősége additív gyártási eljátrással fejlesztett kapszulák segítségével

Ficzere¹,

Horváth²,

Sipos³

2020

Közlekedéstudományi Szemle

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“…In addition, using this method, arbitrarily complex geometries can be produced without tools. Additive production technologies have spread rapidly into the fields where the planning and manufacturing of individual tools would be too expensive; such as human prosthesis production [1], [2] and small series manufacturing. In such cases, we need to know whether the parts are suitable for carrying loads.…”

Section: Introductionmentioning

confidence: 99%

Experimental Investigation of the Shear Modulus in the Case of Pure Tensile Test

Ficzere

Borbás

2018

TFAMENA

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In this paper, the authors determine the shear modulus using a pure tensile test without the application of pure shear external load. In order to validate the computer-aided theoretical model, a measurement setup was designed and built by the authors. A theoretical model was realized by finite element model in order to simulate the torsion effect exerted by a pure shear mode. The authors have validated the theoretical and experimental results using a new and innovative photostress measurement.

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Increasing Role of Sections Caused by 3D Modelling

Abstract: Abstract

Cited by 8 publications

References 3 publications

A New Methodology for Designing a Skull Implant

A New Methodology for Designing a Skull Implant

Elalvásos balesetek csökkentési lehetősége additív gyártási eljátrással fejlesztett kapszulák segítségével

Experimental Investigation of the Shear Modulus in the Case of Pure Tensile Test

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