| Carbon Fibre Composite Monocoque Chassis For A Formula Student Race Car |
Monash University |
Incredibly well rounded paper. Entire design process description, from justyifying the design, to considering various frame options, mould options, etc. Very detailed explanation of composite theory, physical and simulative testing and understanding how to design inserts. Very useful information. |
| [Design and Fabrication of Composite Monocoque Chassis for Formula |
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| Student Racing Car](https://drive.google.com/file/d/1UuVyfd9ZmFxjLY94EBimocGF3O4pZjxm/view?usp=drive_link) |
Institut Teknologi Sepuluh Nopember |
Similar to the Monash paper, but much much less detailed, more of a post process design documentation for competition rather than a guided walkthrough of building a coque. Still tho, good information and methodology |
| [Optimization of a Composite Monocoque Chassis for Structural |
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| Performance: A Comprehensive Approach](https://drive.google.com/file/d/1-Ebw7yuY25QGcZ7E4dZOzX3k56OndIVn/view?usp=drive_link) |
Purdue University |
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| Design, development, and manufacture of an aluminium honeycomb sandwich panel monocoque chassis for Formula Student competition |
Cardiff University |
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| Carbon Fibre Monocoque Chassis Feasibility and Manufacturability for FSAE |
John Christensen/Curtin University |
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| Design, Analysis, and Simulation of an Automotive Carbon Fiber Monocoque Chassis |
Cornell University |
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| Comprehensive Design Methodology of a Vehicle Monocoque: From Vehicle Dynamics to Manufacturing |
Politecnico di Torino |
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| Material and Bonding Conditions Optimization of Monocoque Inserts Based on Formula Student Electric China |
Wuhan University |
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| Topological Optimization of a Formula Student Monocoque Chassis with Fixed Torsional Stiffness and Element Size Influence on Ansys |
Federal University of Uberlandia |
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| Finite Element Analysis and Experimental Investigation of the Mechanical Performance of a Full-Body Composite Monocoque Chassis for a Racecar |
Thai-Nichi Institute of Technology |
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| Design and Construction of Formula SAE Composite Chassis |
CADmantra Technologies |
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| [Cockpit-opening optimization of a |
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| CFRP monocoque](https://drive.google.com/file/d/17oV608SM1FpKt4liA4kmDx8ObcaiyX_o/view?usp=drive_link) |
Politecnico di Torino |
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| Production of a Composite Monocoque Frame for a Formula SAE Racecar |
U.S. Naval Academy |
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| Structural Design of a Full-Body Composite Monocoque Chassis Based on the Type of Carbon Fiber Fabrics |
Thai-Nichi Institute of Technology |
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| Design and Analysis of a Monocoque Chassis for an Electric Formula SAE Vehicle |
Massachusetts Institute of Technology |
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| [Carbon Fiber Monocoque Development |
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| For a Formula SAE Racecar](https://drive.google.com/file/d/1wFcPGAGGsCqmEIBzlb-3mr3x5q60I1tN/view) |
California Polytechnic State University |
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| Insert design for sandwich composite monocoque |
Politecnico di Torino |
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| Design and Analysis of a Novel Carbon Fiber Reinforced Polymer Sandwich Adhesive Joint |
Jilin University/Tongji University |
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