ANALYSIS AND DESIGN OF ELECTRIC MOTORCYCLE TRELLIS FRAME USING FINITE ELEMENT ANALYSIS (FEA)
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Institusion

Institut Teknologi Kalimantan

Author

Asmoro, Herlambang

Subject

TL Motor vehicles. Aeronautics. Astronautics 

Datestamp

2022-07-21 09:00:20 

Abstract :
Electric motorcycles are one of the low-carbon transportation alternatives. One of the important components in a motorcycle is the frame, various types of motorized vehicle frames have a trellis type frame. Trellis is a frame in the form of a braid of rounded pipes that are welded one by one. This research aims to design and analyze the effect of various variations of load and material by using simulation testing on Computer Simulation with the Finite Element Analysis (FEA) method. The results obtained from this research are the largest stress value in the material 10.08 Mpa on ASTM A36 with a horizontal loading direction and in the vertical direction the greatest stress on ASTM A36 material with a value of 70.68 MPa. The highest safety factor value in the horizontal loading direction is 2.4 with ASTM A36 material and the lowest safety value is 2.2 with Aluminum 6061-T4 

File :
03151021_cover.pdf.pdf
03151021_abstract_en.pdf.pdf
03151021_form020.pdf.pdf
03151021_abstract_id.pdf.pdf
03151021_chapter_1.pdf.pdf
03151021_chapter_2.pdf.pdf
03151021_chapter_3.pdf.pdf
03151021_chapter_4.pdf.pdf
03151021_conclusions.pdf.pdf
03151021_bibliography.pdf.pdf
03151021_paper.pdf.pdf