Scale Model Roller Coaster

di TrigoKlei

File stampabili (51)

  • stl

    Bogie_Frame_Cap.stl

    57 Ko · 584 download

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  • stl

    Chassis.stl

    791 Ko · 604 download

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    Small_wheel.stl

    645 Ko · 563 download

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    Large_wheel.stl

    880 Ko · 558 download

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  • stl

    Bogie_Frame.stl

    759 Ko · 573 download

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  • stl

    Track_Pin.stl

    104 Ko · 574 download

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  • stl

    25_-_lift_6.stl

    786 Ko · 541 download

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    22_-_lift_3.stl

    787 Ko · 572 download

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    23_-_lift_4.stl

    773 Ko · 552 download

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    18_-_2nd_Turn.stl

    3.2 Mo · 593 download

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    1_-_Lift_Top.stl

    2 Mo · 586 download

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    20_-_lift_1.stl

    772 Ko · 532 download

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    24_-_lift_5.stl

    765 Ko · 533 download

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  • stl

    10_-_Drop_5.stl

    999 Ko · 549 download

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  • stl

    12_-_Loop_Entry.stl

    3 Mo · 577 download

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  • stl

    5_-_Drop_Entry.stl

    2.1 Mo · 572 download

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  • stl

    11_-_Drop_Exit.stl

    1.9 Mo · 574 download

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  • stl

    15_-_Loop_3.stl

    3.7 Mo · 580 download

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  • stl

    13_-_Loop_1.stl

    3 Mo · 555 download

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  • stl

    14_-_Loop_2.stl

    3.7 Mo · 578 download

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  • stl

    4_-_1st_Turn.stl

    3.3 Mo · 565 download

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  • stl

    17_-_Loop_Exit.stl

    3.2 Mo · 571 download

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  • stl

    19_-_Lift_Entry.stl

    1.6 Mo · 558 download

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    3_-_1st_Turn_Entry.stl

    1.1 Mo · 570 download

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  • stl

    8_-_Drop_3.stl

    963 Ko · 575 download

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  • stl

    9_-_Drop_4.stl

    963 Ko · 547 download

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  • stl

    7_-_Drop_2.stl

    963 Ko · 538 download

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  • stl

    6_-_Drop_1.stl

    963 Ko · 552 download

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  • stl

    21_-_lift_2.stl

    787 Ko · 544 download

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  • stl

    2_-_Lift_Exit.stl

    770 Ko · 538 download

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  • stl

    16_-_Loop_4.stl

    3 Mo · 544 download

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  • stl

    Support_Pin.stl

    1 Ko · 537 download

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  • stl

    Turn_Entry_Support.stl

    98 Ko · 536 download

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  • stl

    Lift_Support.stl

    91 Ko · 534 download

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  • stl

    Support_Mid.stl

    89 Ko · 546 download

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  • stl

    Lift_Entry_Support.stl

    96 Ko · 535 download

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  • stl

    Loop_Support.stl

    127 Ko · 542 download

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  • stl

    Drop_Support.stl

    98 Ko · 533 download

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  • stl

    Support_Bottom.stl

    96 Ko · 538 download

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  • stl

    Drop_Entry_Support.stl

    119 Ko · 526 download

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  • stl

    Lift_Exit_Support_1.stl

    122 Ko · 531 download

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  • stl

    Turn_Support.stl

    141 Ko · 534 download

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  • stl

    Lift_Exit_Support_2.stl

    87 Ko · 531 download

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  • stl

    Drop_Exit_Support.stl

    137 Ko · 536 download

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  • stl

    Support_Base.stl

    119 Ko · 554 download

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  • stl

    Single_Bar_-_Short.stl

    46 Ko · 527 download

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  • stl

    Cross_Bar.stl

    74 Ko · 533 download

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  • stl

    Single_Bar_-_Long.stl

    44 Ko · 531 download

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  • stl

    T-Bar.stl

    55 Ko · 527 download

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  • stl

    Triangle_Bar.stl

    58 Ko · 531 download

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  • step

    Scale_Model_Roller_Coaster_-_STEP.step

    9.5 Mo · 607 download

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Descrizione

This is a 3D printable scale model roller coaster designed as part of a project from my Master's course in additive manufacturing at the University of Nottingham (United Kingdom).

DISCLAIMER: Your results may vary from ours given the nature of 3D printing. For best results, it is recommended that you have access to powder bed fusion and vat photopolymerisation 3D printers. This is intended as a non-commercial educational project for hobbyists and roller coaster enthusiasts. The recommended skill level is Intermediate to Proficient (but beginners may find educational value in this project).

For those still interested in printing this, please refer to the attached link to the instruction manual.

For those who wish to know more about the project, our papers are also available to download. It will not be the best paper you've ever read on the subject, but we feel it may help give some insight into the field of additive manufacturing to those interested in pursuing it as a career or academic discipline.

Google Drive link to the instruction manual and papers:
https://drive.google.com/drive/folders/102d-3WE3-IGi_GEEEtURooLNBSCzP5FR?usp=sharing

Our paper includes topics on:

  • Roller coaster physics
  • Roller coaster loop design methodology
  • An overview of additive manufacturing techniques
  • Tensile and compression testing of 3D printing materials
  • 3D printed motors
  • Roller coaster computational simulation (MATLAB - code included)

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