Design optimization of a flywheel using solidworks modeling and simulation capabilities

Chiriță, Ionel; Tanase, Nicolae; Apostol, Simona Emilia; Ilie, Cristinel; Popa, Mihaela

doi:10.1109/ciem.2017.8120858

Cited by 9 publications

(5 citation statements)

References 1 publication

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“…In the post-processing phase, the output of the processing phase was displayed as graphical and numeric outputs in the form of von Mises Stress 25,26 The von Mises criterion is a formula for calculating whether the stress combination at a given point will cause failure. If the von Mises Stress exceeds the yield stress, then the material is considered to be at the failure condition.…”

Section: Finite Element Analysismentioning

confidence: 99%

Fatigue resistance and 3D finite element analysis of machine-milled ceramic occlusal veneers with new preparation designs versus conventional design: an in vitro study

2019

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Background: Treatment of patients with severe tooth wear is complex. Treatments involving more tooth structure removal may be inappropriate for patients who have already lost a significant amount of dental tissue due to erosion. The aim of this study was to evaluate the effect of two modified occlusal veneer preparations on the fatigue resistance and stress distribution of bonded occlusal veneers, in comparison to the conventional preparation design. Methods: A total of 54 human mandibular molars were distributed into three equal groups of n=18 teeth each, according to the occlusal veneer preparation design, where group I (conventional design) received Planar occlusal veneer preparation, group II (occlusal veneer with circumferential finish line) and group III (occlusal veneer with intracoronal cavity extension). For the manufacture of all the veneers using machinable zirconium lithium silicate glass ceramic blocks, a computer aided design/manufacturing system was used. A dual cure, adhesive resin cement was used to bond all occlusal veneers to corresponding prepared teeth. After storage in water for one week, step-stress (accelerated life testing was performed for all samples. Finite element analysis was carried out as well to evaluate the distribution of stresses. Results: The highest values (mean±SD) were recorded for group II (890.57±211.53 N) followed by Group I values (883.54±135.91 N), while the lowest values were recorded for Group III (875.57±143.52 N). The difference between groups was statistically non-significant as indicated by ANOVA (P=0.9814>0.05). The stress values were generally found to be low and their distribution differed among groups. Conclusion: Group I and II showed comparable fatigue resistance and more favourable failure behaviour when compared to Group III based on the fractographic and 3D finite element analyses.

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Section: Finite Element Analysismentioning

confidence: 99%

Fatigue resistance and 3D finite element analysis of machine-milled ceramic occlusal veneers with new preparation designs versus conventional design: an in vitro study

2019

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“…Untuk meminimalisir kegagalan yang mungkin terjadi pada alat maka butuh simulasi dan analisis sebelum dilakukan fabrikasi, software yang digunakan mengunakan software solidwork. Penggunaan solidwork sendiri sudah banyak digunkan dalam menganalisis dan mensimulasikan berbagai rancangan pada berbagai aplikasi keteknikan [2][3][4][5][6][7][8][9]. Aplikasi software solidwork digunakan pada penelitian [2] untuk menganalisis deformasi yang terjadi pada ISSN 2549-2888 rancangan model gear transmisi pada gear box, sementara pada penelitian lainya, solidwork digunakan untuk menganalis dan mensimulasikan nilai kritis pada kopling cakram dengan variasi bahan yang berbeda [3].…”

Section: Pendahuluanunclassified

“…Aplikasi software solidwork digunakan pada penelitian [2] untuk menganalisis deformasi yang terjadi pada ISSN 2549-2888 rancangan model gear transmisi pada gear box, sementara pada penelitian lainya, solidwork digunakan untuk menganalis dan mensimulasikan nilai kritis pada kopling cakram dengan variasi bahan yang berbeda [3]. Dalam [4] perangkat lunak solidwork dimanfaatkan untuk mendesain dan menganalisa stress yang terjadi pada flywheel dan sementara software yang sama digunakan untuk menganalisis desain piston dengan gaya tekan dan tarik yang diberikan [5].…”

Section: Pendahuluanunclassified

Perancangan Dan Simulasi Struktur Rangka Overhaul Stand Untuk Penggunaan Assembly Dan Diassembly Hydraulic Cylinder Menggunakan Software Solidwork

Baharuddin

2021

jtm

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Penelitian ini bertujuan untuk menganalisis struktur dari Overhaul Stand yang digunakan sebagai alat bantu untuk menopang hydraulic cylinder dalam proses pemeriksaan dan perbaikan. Dalam hydraulic cylinder terdapat piston yang terhubung dengan rod yang dapat bergerak maju dan mundur, bergantung pada sisi mana yang diisi oleh fluida hidrolik bertekanan. Metode yang digunakan dalam perancangan ini meliputi pengumpulan data, membuat model pada perangkat lunak, kemudian menganalisis struktur menggunakan metode simulasi Finite Element Analysis (FEA). Hasil simulasi FEA mendapatkan nilai tegangan dan faktor keamanan pada Overhaul Stand yang mengalami pembebanan dari hydraulic cylinder. Berdasarkan hasil simulasi, pengujian dengan menggunakan material JIS 3101 SS 400, struktur Overhaul Stand berada dalam batas aman.

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“…A cylindrical splicing clamp is a new splicing clamp with a simple structure, convenient operation, and the use of wire diameter range widely (50mm ²~240mm²). In the process of clamp design, many structural design and analysis examples of mechanical products at home and abroad are referred to [1][2][3][4][5] , and the analysis and optimization schemes are formulated. In this paper, the static analysis of the cylindrical splicing clamp is carried out by means of finite element analysis, which provides an improved basis for structural optimization according to the stress situation, and verifies that it is feasible.…”

Section: Introductionmentioning

confidence: 99%

“…First analysis stress cloud diagram By observing the stress around the hinged-through hole, it can be seen that:(1) The ultimate stress appears successively in the order of the left through hole of body II, the left through cylindrical splicing clamp combination body has uneven stress；…”

mentioning

confidence: 99%

Mechanical Analysis and Optimization of a new Cylindrical Splicing Clamp

et al. 2022

J. Phys.: Conf. Ser.

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Cylindrical splicing clamp is a new type of splicing clamp designed based on a wedge-shaped self-locking principle for a 10kV distribution circuit. The clamp has the advantages of a simple structure, convenient operation, and a wide range of applicable wire diameters. In this paper, a 3D solid model of the cylindrical connecting clamp is established by using SolidWorks three-dimensional software, and then the preliminary analysis is carried out by using the Solidworks Simulation module, and the structure is improved according to the analysis results. Finally, the improved structure in ANSYS Workbench static structural module is used for finite element analysis to verify the effect of structural optimization. The results show that the structure of the optimized cylindrical splicing clamp avoids the possible problems of excessive stress concentration and uneven stress of various parts before optimization.

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Design optimization of a flywheel using solidworks modeling and simulation capabilities

Cited by 9 publications

References 1 publication

Fatigue resistance and 3D finite element analysis of machine-milled ceramic occlusal veneers with new preparation designs versus conventional design: an in vitro study

Fatigue resistance and 3D finite element analysis of machine-milled ceramic occlusal veneers with new preparation designs versus conventional design: an in vitro study

Perancangan Dan Simulasi Struktur Rangka Overhaul Stand Untuk Penggunaan Assembly Dan Diassembly Hydraulic Cylinder Menggunakan Software Solidwork

Mechanical Analysis and Optimization of a new Cylindrical Splicing Clamp

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