Analisis Tegangan von Mises dan Safety Factor pada Chassis Kendaraan Listrik Tipe In-Wheel

Budiman, Febrian Arif; Septiyanto, Angga; Sudiyono, Sudiyono; Musyono, Ari Dwi Nur Indriawan; Setiadi, Rizki

doi:10.32497/jrm.v16i1.1997

Cited by 7 publications

(10 citation statements)

References 6 publications

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“…The bearing safety of the bolt connector was based on the tensile stress of the bolt [11]. Furthermore, the safety factor was calculated by [12].…”

Section: Static Simulationmentioning

confidence: 99%

Helmet Stick Design for BC3 Paramlympic Bocia Games

Arifin¹,

Prasetyo²,

Ubaidillah³

et al. 2022

MMEP

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Boccia is one of the fastest-growing Paralympic sports and one of the few sports to have an Olympic rival. The BC3 boccia class is intended for athletes with locomotor dysfunction so severe in all four extremities that they require assistance from assistants and aids in the form of ramps and helmets equipped with pointer sticks. Therefore, the design of the BC3 boccia stick helmet was carried out to meet the needs of the athletes. The design was carried out by action research methodology with the concept of design, static simulation, manufacturing, and the house of quality. The design is divided into three main parts: the helmet bracket, shaft, and lock with bearings using M4 and M8 bolts. Static and design simulations used Fusion 360 and Ansys 2021 R2 software to determine design strength value. Stainless steel material is used in the design, considering the material selection using the Ashby diagram method. The maximum displacement value produced by design is 0.006 mm, and the minimum safety factor is 9.15. The manufacturing results produced helmet products with adequate accuracy and safety standards. A house of quality (HOQ) of 39% indicates that it can meet consumer needs better than other products.

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“…The bearing safety of the bolt connector was based on the tensile stress of the bolt [11]. Furthermore, the safety factor was calculated by [12].…”

Section: Static Simulationmentioning

confidence: 99%

Helmet Stick Design for BC3 Paramlympic Bocia Games

Arifin¹,

Prasetyo²,

Ubaidillah³

et al. 2022

MMEP

View full text Add to dashboard Cite

show abstract

“…Factor of safety merupakan nilai keamanan pada suatu desain. Faktor keamanan diperhitungkan dengan acuan pada hasil bagi dari besar tegangan ijin (yield strength) dibagi dengan besar tegangan yang terjadi [7]. Besar factor of safety (gambar 18) pada rangka yang dibebani adalah dengan nilai maksimum sebesar 2.758 dan minimum sebesar 24.…”

Section: Metode Penelitianunclassified

“…Von mises stress adalah resultan dari semua tegangan yang terjadi diturunkan dari principal axes dan berhubungan dengan principal stress [7]. Nilai yang didapat dari simulasi streesvon mises (gambar 16), yang terjadi pada rangka yang dibebani adalah dengan tegangan maksimum sebesar 10.550.430,00 N/m 2 dan minimum sebesar 90.629 N/m 2 dengan yield strength sebesar 250.000.000,00 N/m 2 .…”

Section: Menjalankan Simulasi Dengan Cara Pilih Ikonunclassified

Rancang Bangun Mesin Pencetak Bakso

Saputra

Muchlisinalahuddin

Armila

2022

jtm

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This research to design a smaller and easy to operate meatball maker machine. This design will simplify, speed up and minimize the energy expended in the meatball maker machine. Simulation of frame strength using Solidwork 2018. The simulation value of von Mises stress on the frame is with a maximum stress of 10,550,430.00 N/m2 and a minimum of 90,629 N/m2 with a yield strength of 250,000,000.00 N/m2. Displacement in the simulation of displacement is with a maximum value of 0.154 mm and a minimum of 0.000 mm. The value of the safety factor from the simulation results is 24. Static simulation results of the strength of the meatball printing machine frame using ASTM A36 Steel L 30 mm x 30 mm 3 mm thick with a load of 25 kg, the frame is able to withstand engine performance during operation.

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“…Hasil simulasi menunjukkan tegangan maksimum sebesar 20,026 MPa, perpindahan paling besar 0,045 mm dan faktor keamanan sebesar 10,337. Penelitian lain terkait analisis tegangan von Mises dan faktor keamanan pada chassis kendaraan listrik tipe in-wheel dengan material baja AISI 1018 HR oleh Budiman et al [11] telah dilakukan. Tegangan maksimum yang terjadi pada chassis sebesar 20,33 MPa, perpindahan maksimum sebesar 0,22 mm serta faktor keamanan minimum yang diperoleh yaitu 12,3.…”

Section: Pendahuluanunclassified

Analisis Kekuatan Frame Sepeda Listrik Ngebuts Menggunakan Metode Elemen Hingga

Ikram¹,

Erik²

2022

JRM

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Three hundred and ten million people are affected by global climate change caused by carbon dioxide gas. The internal combustion engine that dominates the transportation fleet is one of the contributors to the amount of carbon dioxide in the atmosphere. Research related to environmentally friendly vehicles, in this case, electric vehicles, needs to continue to be carried out followed by downstream research results in the industry. The hope is to reduce the amount of greenhouse gas emissions produced by internal combustion engine vehicles. This study aims to determine the strength of the electric bicycle frame by conducting a stress analysis using the finite element method. The geometry modeling, inputs (data of material properties, geometry, loads, boundary conditions), mesh, solve, and validation are the steps that are passed in this research. The results show that the maximum equivalent stress (von Mises) of 98.31 MPa occurs at the joint between the Seat Tube and Seat Stay, while the minimum stress of 0.01 MPa occurs at the top of the Head Tube. The maximum deformation that occurs at the top of the Seat Tube is 0.15 mm. The minimum safety factor value on the frame is 2.39. Based on this value, the electric bicycle frame can be said to be strong enough to withstand the load of the rider and the battery.

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Analisis Tegangan von Mises dan Safety Factor pada Chassis Kendaraan Listrik Tipe In-Wheel

Cited by 7 publications

References 6 publications

Helmet Stick Design for BC3 Paramlympic Bocia Games

Helmet Stick Design for BC3 Paramlympic Bocia Games

Rancang Bangun Mesin Pencetak Bakso

Analisis Kekuatan Frame Sepeda Listrik Ngebuts Menggunakan Metode Elemen Hingga

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