Academic literature on the topic 'Autodesk Fusion 360'

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Journal articles on the topic "Autodesk Fusion 360"

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Suhada, Resa Trauna, Silvi Ariyanti, Anggun Vionieta Fajar, and Aam Komalasari. "TRAINING AUTODESK FUSION 360 FOR TEENAGE OF SENIOR HIGH SCHOOL GRADUATES IN IMPROVING ABILITY IN DISASTERS." ICCD 1, no. 1 (2018): 285–89. http://dx.doi.org/10.33068/iccd.vol1.iss1.43.

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Autodesk launches Autodesk Fusion 360 - a cloud-based device that combines industrial design and 3D mechanics, collaboration, machinery in one package - the first solution available for purchase on Mac App Store worldwide including Indonesia. The Fusion 360 combines design, collaboration and machine tools into one package and is now available with the security and simplicity of the Mac App Store. With Fusion 360, designers and engineers can create products that have shapes and functions and prepare them for the fabrication process by using a single device. This community service activity is in the form of Autodesk Fusion 360 application training, with a total of 26 participants. Training activities include: introduction, visual demonstration and practice. The training materials are as follows: introduction of Autodesk Fusion 360, drawing 3-dimensional shapes, 3-dimensional drawing modifications, Solid modeling, Plotting. The purpose of this devotional activity is: Introduce and explain the basic theory of drawing using the computer, especially the use of Autodesk Fusion 360 program in the form of three dimensions. The benefits of this devotional activity are the junior high school graduates can recognize and apply computer-based drawing techniques. Improving the skills of high school graduates especially skills in the field of Fusion 360 applications. The results of this activity are the participants can carry out all product design activities and declared to pass and are entitled to receive a certificate issued directly by the company that produces Autodesk Fusion 360 Software.
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Korwar, Ganesh, Manswi Bhelkar, and Amey Bhombe. "Study of Generative Design Using Autodesk Fusion 360." International Journal for Research in Applied Science and Engineering Technology 12, no. 11 (2024): 1920–30. http://dx.doi.org/10.22214/ijraset.2024.65536.

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Abstract: This study explores the use of generative design in Autodesk Fusion 360 for improving knuckle joint design. By applying generative design principles, we created optimized designs specifically for additive manufacturing, which showed a significant reduction in von Mises stress compared to conventional designs. These results highlight the ability of generative design to develop structures that are more efficient and better suited for specific manufacturing processes. Overall, our findings suggest that generative design can optimize knuckle joints by lowering stress, reducing weight through careful material selection, and improving stiffness, offering valuable benefits for mechanical applications.
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Setiawan, Tri Andi, Anda Iviana Juniani, Dhika Adhitya Purnomo, Noorman Rinanto, and Habib Ngumar Faruq. "HOW TO UTILIZE AUTODESK FUSION 360 THAT REINFORCES PRODUCT REDESIGN SIMULATION?" JISO : Journal of Industrial and Systems Optimization 6, no. 1 (2023): 48. http://dx.doi.org/10.51804/jiso.v6i1.48-54.

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Dalam industri desain saat ini, konsep desain generatif untuk perancangan dan pengembangan produk semakin berkembang. Ketika sebuah produk telah berada di pasar dalam jangka waktu yang lama, kebutuhan redesain produk menjadi hal yang tak terelakkan. Konsep redesain produk memodifikasi produk yang sudah ada untuk meningkatkan fungsionalitas, kegunaan, atau efisiensi manufaktur. Ini melibatkan perubahan desain produk, material, dan aspek lain untuk mencapai tujuan dan menyelesaikan masalah tertentu. Komunikasi antara desainer dan insinyur saat proses redesain produk muncul melalui perbedaan perangkat lunak. Kesulitan juga terletak pada komunikasi pemikiran desain dan strategi pemesinan. Autodesk Fusion 360 adalah perangkat lunak CAD/CAM dan CAE yang komprehensif. Penelitian ini bertujuan untuk menggunakan Fusion 360 untuk memperkuat simulasi desain ulang produk. Desain ulang produk yang lengkap mencakup beberapa bidang penting, termasuk desain industri, desain mekanik, rendering dan animasi, emulasi dengan dibantu komputer (CAE), dan manufaktur yang terintegrasi (CAM). Fusion 360 menyajikan ikhtisar kolaborasi, mendobrak batasan antara seni dan manufaktur, serta mengkritisi konsep desain dan proses manufaktur. Dengan menggunakan perangkat Fusion 360 untuk simulasi, analisis FEA statis dapat divisualisasikan. Untuk studi kasus, diamati bahwa hasil kekuatan, tegangan berada dalam nilai kekuatan luluh kritis dari masing-masing bahan, dengan kustomisasi massal dalam analisis struktur. Sebagai hasil dari analisis struktural selama tahap desain, penilaian sepeda motor kargo roda tiga dalam hal daya tahan dan ketahanan mekanisnya dapat dilakukan tanpa membahayakan pengguna.ABSTRACT In today's design industries, the concept of generative design for product development is progressively evolving. When a product has been on the market for an extended period of time, redesigning becomes inevitable. Product redesign refers to modify an existing product to improve functionality, usability, or manufacturing efficiency. It involves changing the product's design, materials, and other aspects to address specific goals and problems. The communication between designers and engineers used to go on through different software products, tool commands, and even industry terms. However, the difficulty also lies in communicating design thoughts and machining strategies. Autodesk Fusion 360 is a comprehensive CAD/CAM and CAE software tool. This article proposes to utilize Fusion 360 for reinforcing product redesign simulation. A complete product redesign covers several significant areas, including industrial design, mechanical design, rendering and animation, computer-aided emulation (CAE), and computer-aided manufacturing (CAM). Fusion 360 presents an overview of collaboration, breaks the barriers between art and manufacturing, and blocks between design and processing. Using Fusion 360 user interface for simulation, the static FEA simulation results can be visualized. For the case study, it is observed that the results for stress and global displacement are within the critical yield strength values of the respective material, with mass customization. As a result of structural analysis during the design stage, the assessment of three-wheeled cargo motorcycle in terms of their durability and mechanical resistance is possible without putting the user at risk. Based on the obtained results, the structure strength was compared.
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Pradhan, Rajan S. "INDUSTRIAL DESIGN AND CLOUD-BASED 3D VISUALIZATION TOOL – AUTODESK FUSION 360." International Journal of Engineering Applied Sciences and Technology 04, no. 04 (2019): 74–78. http://dx.doi.org/10.33564/ijeast.2019.v04i04.012.

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Tigariev, V., O. Lopakov, O. Rybak, V. Kosmachevskiy, and V. G. Cioată. "Design in Modern Information Systems by Applying Cloud Technologies." Journal of Engineering Sciences 10, no. 1 (2023): E8—E13. http://dx.doi.org/10.21272/jes.2023.10(1).e2.

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In this study, the general algorithm and technology of design in advanced computer-aided design (CAD) software of the CAD-in-the-Cloud type using an information model (IM) was discussed in detail. Applying design systems of this type increases productivity and quality of the development and enables group work on the project. The proposed information model consists of three main components – working with Autodesk Fusion 360 on a computer, working with cloud capabilities, and designers’ collaboration through the cloud. Nevertheless, some IM elements may be missing in a particular design, or there can be options for applying the proposed steps in the design process. Developing customized respiratory protective equipment (face masks) in Autodesk Fusion 360 CAD family was considered as an example of the suggested IM application. Modern design and producing technologies enable the creation of masks according to individual anatomical characteristics of the human face. In this paper, the protective mask was created by applying modern cloud computing technologies using information models. Information models were adapted to the process of protective mask design. The model of a human headform was developed using the 3D scanning method. After applying retopology tools, a basis of the mask frame was created on the surface of a 3D model of a head. Building a solid model and testing the mask fame configuration under mechanical stresses due to facial expression changing was carried out in Autodesk Fusion 360 CAD software. Finally, the cloud module of the generative design was applied to determine the filtering element configuration.
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Onery Andy Saputra and Anwar Nurharyanto. "PELATIHAN DESAIN DAN MANUFAKTUR MENGGUNAKAN SOFTWARE AUTODESK FUSION 360 UNTUK GURU PRODUKTIF DAN SISWA PROGRAM STUDI TEKNIK DAN BISNIS SEPEDA MOTOR SMK NEGERI 1 SELO." PROFICIO 5, no. 1 (2023): 79–84. http://dx.doi.org/10.36728/jpf.v5i1.2927.

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Pelatihan Autodesk Fusion 360 Dimensi ini dilaksanakan sebagai bukti dukungan revolusi industri 4.0 yang dimana semua lini kegiatan serba digitalisasi. Tentunya ini membutuhkan softskill yang semakin tinggi dalam meresponnya guna mewujudkan keterampilan desain dengan menggunakan software komputer. Desain produk yang unik dan kreatif sangat dipengaruhi kemampuan dan keterampilan dalam aspek desain industry, software desain dipandang perlu untuk diperkenalkan dalam bentuk pelatihan pada Guru produktif di tingkat SMK, seperti SMK Negeri 1 Selo yang memiliki konsentrasi keahlian teknologi dan rekayasa lulusanya banyak yang diserap pada industri bidang maufaktur dan perakitan. Desain produk menggunakan software Autodesk Fusion 360 untuk menghasilkan desain yang kereatif dan fungsional. Metode yang dilakukan dalam bentuk pelatihan presentasi pemaparan materi, demonstrasi penggunaan software, praktek membuat desain, dan Tanya jawab. Hasil dari pelatihan adalah guru produktif pada program studi Teknik dan Bisnis Sepeda Motor dapat menambanh pengetahuan dibidang desain dengan menggunakan komputer, yang selanjutnya akan mendukung proses pembelajaran dengan peserta didiknya.
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Prasad, Karuna Sindhu Krishna, Ilham Fauzi, I. M. E. Darmayasa Adiputra, I. M. P. Arya Winata, and I. W. Widhiada. "Optimasi Performansi Sistem Kontrol Prosthesis Lengan Dengan Menggunakan Metode PID Tuning Dengan MATLAB." Majalah Ilmiah Teknologi Elektro 22, no. 2 (2023): 165. http://dx.doi.org/10.24843/mite.2023.v22i02.p02.

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Prosthesis lengan pada penelitian ini akan melakukan analisis sistem kontrol salah satu jari yang memiliki 3 joint tujuannya adalah untuk mengetahui performa optimal dari sistem kontrol terhadap prosthesis dengan menggunakan 3 gabungan software yaitu autodesk fusion 360 autodesk inventor sebagai desain prosthesis lengan lalu matlab simulink simscape multibody sebagai simulasi tuning PID dengan nilai 4,0715 untuk proportional (P), 99,3021 untuk integral (I), dan 0,039866 untuk (D) menghasilkan performa pergerakan yang memiliki rise time sebesar 0,00431 detik, settling time sebesar 0,026 detik, dan overshoot sebesar 4,76%.
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Mrs. Savita Kumari and Dr. Rachna Chaturvedi. "Case Study on Ease of Digital Prototype using Autodesk Fusion 360 with special reference to Handicraft Sector." International Journal of Information Technology and Management 19, no. 1 (2024): 6–10. http://dx.doi.org/10.29070/03xjr949.

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This paper aims to represent the application and effect of Autodesk Fusion 360 on the digital prototype in terms of ease of CAD designing with special reference to handicraft sector. Analysis has been given on performance of software in terms of time management, productivity, ease of working, cost involved for non-technical design such as handicraft items like lamps, pots etc. A case study shown on how from 2-Dimensional design got converted into 3-Dimensional model along with conversion of drawing into render image and manufacturing sheet. The strength of Fusion 360 software is shown with various features provided in this platform. The limitations of the software have also been shown.
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Ridono, Tri Wahyu, Adhes Gamayel, and Mohamad Zaenudin. "Simulasi dan Analisis Desain Mold Dengan Software Autodesk Fusion 360 Untuk Produk Aksesoris." Techno (Jurnal Fakultas Teknik, Universitas Muhammadiyah Purwokerto) 25, no. 1 (2024): 11. http://dx.doi.org/10.30595/techno.v25i1.19489.

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The manufacturing process is still being developed. The injection molding process is a manufacturing process that is often used in the production of plastic products. Using software with predetermined parameters, injection mold simulation of a predetermined product is carried out on the carabiner design. The parameters used are then assessed with quality prediction based on the best simulation results. If there is a product that does not meet the quality prediction value given (i.e. the value is less than optimal), improvements are made by changing the injection mold design or mold design. Three runner layout designs were made in such a way as to assess which of the runner layout designs for the carabiner mold had the highest quality prediction value. Then, from each runner layout design, variations in gate diameter sizes of 2 mm, 4 mm and 6 mm were made. Based on the simulation results that have been carried out, the best runner and gate layout is obtained in Design 1 with a gate diameter of 4 mm, whose quality prediction value reaches 100%. Then, the lowest quality prediction was obtained in Design 1 with a gate diameter of 6 mm.
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RUBANKA, Mykola, Volodymyr DVORZHAK, Zhyhad ZHLALI, YURYJ SHCHERBAN, and VOLODYMYR ONOFRIICHUK. "FEATURES OF THE USE OF MODERN AUTOMATED PROJECTING SYSTEMS OF MACHINE-BUILDING INDUSTRIES." Herald of Khmelnytskyi National University. Technical sciences 329, no. 6 (2023): 38–44. http://dx.doi.org/10.31891/2307-5732-2023-329-6-38-43.

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The purpose of the study covered in this publication is to analyze the features of the use of modern automated projecting systems, in particular CAD/CAM/CAE technologies from the point of view of the feasibility of introducing into the technological process of manufacturing products of a machine-building enterprise. The most popular specialized integrated CAD/CAM/CAE systems of the highest category for solving design and technological problems of varying complexity are listed, the features of their use are revealed, the main advantages and disadvantages and the most significant functionality are outlined. The research used a set of general scientific approaches: visual-analytical, systematization of information, modern methods of research of mechanical systems, analysis of scientific literature and method of classification. The most important factors that directly affect the technological process of creating quality products of a modern enterprise of the machine-building industry are highlighted. The choice of the integrated cloud software platform CAD/CAM/CAE Autodesk Fusion 360 for three-dimensional modeling of machine-building industries is substantiated. Certain recommendations have been formulated for the effective use of the CAD/CAM/CAE Autodesk Fusion 360 automated projecting system in the technological processes of the engineering industry. The main specialized modules of the CAD/CAM/CAE Autodesk Fusion 360 computer-aided system are considered to solve complex problems of varying complexity. It is established that the use of modern CAD/CAM/CAE technologies can significantly reduce the complexity of technological processes of manufacturing products of machine-building industries. The scientific novelty of the performed researches is the development of engineering methods of designing a modern high-tech machine-building complex with the use of integrated CAD/CAM/CAE systems.
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Dissertations / Theses on the topic "Autodesk Fusion 360"

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Strnad, Jan. "Návrh vyhřívaného atypického stolu pro 3D tiskárnu." Master's thesis, Vysoké učení technické v Brně. Fakulta strojního inženýrství, 2016. http://www.nusl.cz/ntk/nusl-254453.

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This diploma thesis deals with an atypical heated bed for FDM 3D printer. It presents the most commonly used ways of heating and the chosen variant of the heated beds are realized by powerful resistors. There are also discussed three ways of placement of resistors on the desktop motherboards that are modeled in Autodesk Inventor Professional 2016 and exported to Autodesk Fusion 360, where FEM calculations are made. Optimal alternative is made and tested. The test results are compared with the results of thermal simulations in Autodesk Fusion 360.
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Books on the topic "Autodesk Fusion 360"

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Autodesk Fusion 360 Assembly Exercises. Independently Published, 2021.

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Parametric Modeling with Autodesk Fusion 360. Taylor & Francis Group, 2018.

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Malik, Samar. Autodesk Fusion 360 - the Master Guide. Independently Published, 2019.

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Malik, Samar, and Vera Filthaut. Autodesk Fusion 360- der Master-Leitfaden. Babelcube Inc, 2020.

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Parametric Modeling with Autodesk Fusion 360. SDC Publications, 2019.

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Parametric Modeling with Autodesk Fusion 360. Taylor & Francis Group, 2017.

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Autodesk Fusion 360: A Tutorial Approach. CADCIM Technologies, 2018.

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Ascent - Center for Technical Knowledge. Autodesk Fusion 360 Introduction to Parametric Modeling: Autodesk Authorized Publisher 3rd Edition. ASCENT, Center for Technical Knowledge, 2018.

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Ascent - Center for Technical Knowledge. Autodesk Fusion 360 Introduction to Parametric Modeling: Autodesk Authorized Publisher - 2nd Edition. ASCENT, Center for Technical Knowledge, 2016.

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Parametric Modeling with Autodesk Fusion 360: Spring 2023 Edition. SDC Publications, 2023.

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Book chapters on the topic "Autodesk Fusion 360"

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Selvan, M. Tamil, A. Saravanakumar, Moses Thomas, et al. "Revolutionizing Automotive Precision: Redesigning and 3D Printing High-Performance CV Joints with Autodesk Fusion 360." In Lecture Notes in Mechanical Engineering. Springer Nature Singapore, 2024. http://dx.doi.org/10.1007/978-981-97-4324-7_24.

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Patil, Sagar Dnyandev, Ashish Arunrao Desai, and Prafulla Ratnakar Hatte. "Usage of autodesk fusion 360 software for 3D reconstruction of anatomical structure from the 2D X-ray image." In Medical Additive Manufacturing. Elsevier, 2024. http://dx.doi.org/10.1016/b978-0-323-95383-2.00020-2.

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Conference papers on the topic "Autodesk Fusion 360"

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Firmino Da Costa Leão, Rafaela, Carla Cristina Ramos de Freitas, and Nathália de Lima Odon. "Impressão 3D, produção de um suporte para carga de smartphone a partir do Autodesk fusion 360." In XI Simpósio de Engenharia de Produção. Even3, 2023. http://dx.doi.org/10.29327/11simep.615593.

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I.V., Semenchatenko, Matrosov A.A., and Nizhnik D.A. "USE OF TOPOLOGICAL OPTIMIZATION IN PREPARATION OF 3D-MODEL FOR PRODUCTION." In "INNOVATIVE TECHNOLOGIES IN SCIENCE AND EDUCATION". ДГТУ-Принт, 2021. http://dx.doi.org/10.23947/itno.2021.31-33.

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Topological optimization of the Voron 2.4 printer bracket is performed. The objective function is to reduce the volume of material used. The limitation is the requirement not to degrade the strength characteristics. To do this, two stress distribution calculations were performed in the Autodesk Fusion 360 software complex - before and after topological optimization. Results compared.
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Matheus Barbosa Araújo, Jordan, José Caio Santos de Souza, and Rhuan do Espírito Santo e Silva. "PROCESSO DE MODELAGEM E IMPRESSÃO 3D DE UM RALO DE BANHEIRO COM O AUXÍLIO DO AUTODESK FUSION 360." In XI Simpósio de Engenharia de Produção. Even3, 2023. http://dx.doi.org/10.29327/11simep.615674.

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Karibeeran, Shanmuga Sundaram, Pradeep Kumar Murugesan, and Jebin Jayakumar. "Design and Development of a Low-Cost Prosthetic Leg for Below-Knee Amputations." In ASME 2023 International Mechanical Engineering Congress and Exposition. American Society of Mechanical Engineers, 2023. http://dx.doi.org/10.1115/imece2023-112039.

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Abstract Prosthetics are made with solid, biocompatible materials. Though the materials have a very good strength-to-weight ratio, they are not aesthetic or customized. Most of the time, it is made standard and is not lightweight for the user. Presently Metal 3D printing develops lightweight structures with the highest strength-to-weight ratio. In countries like India, the people have limited access to a good prostheses, as the prostheses is not affordable. The prosthetic limbs, to a certain degree, help amputees get back to their basic functional movement systems and help amputees develop better mobility and operate freely without depending on others. The design and fabrication of an improved and affordable prosthetic leg for people with below-knee amputation which will mimic the function of the natural leg using additive manufacturing technology. The additive manufacturing allows design freedom and customisation advantage. Autodesk Fusion 360 and Solid Works software was used for solid modelling and simulation and topology optimization was done using Autodesk Fusion 360. After measurement of the leg parameters, the measured data are fed into editable 3D software. The best design is chosen from the available designs based on ESAR foot (Energy storage and return foot). The present work based on topologically optimized design and ESAR foot was able to withstand the given loads and can be easily moved and thus chosen for further manufacturing and testing. This pave the way to develop a customer-oriented design and use 3D printing to make prosthetic legs that would look more personal and aesthetic.
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Omprakasam, S., N. Karthick, and Mohammed Kassim Althaf. "Numerical and Experimental Evaluation and Investigation on Banana Fiber Reinforced Epoxy Composites." In Automotive Technical Papers. SAE International, 2025. https://doi.org/10.4271/2024-01-5249.

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<div class="section abstract"><div class="htmlview paragraph">This study will explore the banana fibre-reinforced composites (BFRC) as a sustainable alternative to synthetic fibre composites using experimental testing and numerical models. Composites were made using compression moulding and hand lay-up techniques with varying the fibre’s orientations and contents. Mechanical testing was done in conformity with ASTM criteria, with a focus on tensile properties. Strong correlations were established between the prediction models developed by finite element analysis (FEA) using AUTODESK Fusion 360 and the experimental data were predicted by Using the Hirsch model, the tensile strength and modulus of the composites were computed the findings showed that adding more fibre improved the mechanical qualities, especially the tensile strength. The process of scanning electron microscopy (SEM), was used to find defects in the BFRC.</div></div>
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Rodrigues, Leonardo, Anderson Clayton da Silva Rodrigues, Josyanne Pinto Giesta, and Alfredo Costa Neto. "Colaboração em BIM." In IV ENCONTRO NACIONAL SOBRE O ENSINO DE BIM. ANTAC, 2022. http://dx.doi.org/10.46421/enebim.v4i00.1911.

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A aplicação da metodologia Building Information Modeling (BIM), no curso de Engenharia Civil, permite a integração do conhecimento inerente ao processo projetual, potencializando dessa forma o aprendizado das diferentes disciplinas ministradas ao longo do curso, baseado em um conjunto de políticas, processos e tecnologias que, combinados, geram profissionais com competências BIM. Com o intuito de impulsionar a metodologia, o Instituto Federal do Rio Grande do Norte (IFRN) situado no Brasil, em parceria com o Instituto Politécnico da Guarda (IPG) em Portugal, objetivam, através da disciplina optativa Representação Gráfica em BIM, que possui carga horária de trinta horas, a aplicação prática do uso de ferramentas e diretrizes norteadoras para trabalho em equipe, envolvendo a modelagem, colaboração e integração entre os estudantes de ambos os países.
 Para que se possa alcançar os objetivos da disciplina, desenvolveu-se um plano metodológico dividido em 4 objetivos específicos direcionados para a capacitação e implementação da metodologia BIM no ensino. É notório salientar que a disciplina optativa teve como pré-requisito que os estudantes já tivessem um conhecimento prévio sobre o que se trata a Modelagem da Informação da Construção (BIM). Desta forma, o primeiro objetivo específico da disciplina é a capacitação teórica aos estudantes na utilização de um software de modelagem BIM; a importância da existência de um Ambiente Comum de Dados (ACD) e um gerenciador de tarefas, quando se trata de trabalho colaborativo. A capacitação se dará por demonstrar o uso das ferramentas e suas principais funcionalidades, no intuito de nivelar a turma no que tange, a modelagem 3D e inserção de informação dos elementos construídos virtualmente; uso do ACD como repositório digital para fins de colaboração e utilização de ferramenta de planejamento para gerenciar o controle dos prazos de atividades e entregáveis. O segundo objetivo é a estruturação do ACD, onde optou-se pelo uso do Fusion 360 para colaboradores da Autodesk como o ambiente comum de dados, buscando-se utilizar a ferramenta para fins de gerenciamento de projetos, conectar a equipe, visualização do progresso do projeto, armazenamento dos arquivos e a comunicação. O Fusion 360 para colaboradores irá permitir que os envolvidos possam compartilhar o conteúdo e todas as informações do projeto, visualizar arquivos 2D e 3D de vários tipos de extensões, revisar e comentar, facilitando dessa forma, a tomada de decisões entre a equipe. Para uma melhor organização do ACD foram adotadas algumas configurações de pastas recomendadas pela ISO19.650, como na criação de pastas para a) trabalhos compartilhados: arquivos produzidos pelos prestadores de serviço/estudantes e que precisam ser verificados e validados pelo coordenador/professor e b) trabalhos publicados: arquivos verificados e autorizados para serem utilizados por todos os membros do processo BIM. Cabe ressaltar que, além da organização das pastas, os arquivos obedecerão às nomenclaturas sugeridas para obter um melhor controle de versões. O terceiro objetivo específico é a utilização de uma ferramenta visual que possibilite aos envolvidos o gerenciamento do projeto, fluxo de trabalho e monitoramento de tarefas, optando-se pela utilização do Trello, que possibilitará a coordenação a programação do cronograma de entregas das versões dos arquivos compartilhados para serem publicados. Diante da estruturação do ACD e um gerenciador de tarefas, o quarto e último objetivo específico na disciplina é a modelagem de um projeto de um condomínio residencial, onde busca-se colocar em prática diretrizes do BIM. Nesta etapa a turma composta de vinte estudantes, onde 10 são alunos do IFRN e os outros 10 alunos do IPG serão divididos em duplas, tendo como integrantes um representante de cada instituição. Espera-se nesta fase possibilitar aos estudantes trocas de informações, como métodos construtivos de ambos os países; de modelagem; concepção projetual de acordo com legislações; interpretação e representação gráfica do projeto arquitetônico de uma residência dentro do contexto BIM. Para a modelagem optou-se pelo uso do Revit da Autodesk, devido ser um software conhecido mundialmente, e já possuir a versão educacional nas instituições de ambos os países em estudo. A coordenação/professor irá supervisionar o modelo federado e cada dupla irá receber o arquivo base com o lote que irão trabalhar, porém cada integrante desenvolverá um pavimento e através de vínculos será criado o modelo federado. Todos os arquivos serão armazenados no Fusion 360 para colaboradores e as datas de entregas das versões no Trello, como estabelecido nos objetivos anteriores.
 A utilização do BIM já é uma realidade no Brasil e se tornará mais consolidada através de capacitações e experiências vividas no meio acadêmico. Vivências como essa abordada no resumo, possibilitará a disseminação do BIM nas instituições em estudo e aos envolvidos uma bagagem mais rica em informações de como proceder na utilização do BIM em suas carreiras profissionais, principalmente no processo colaborativo, trocas de conhecimento e experiências de trabalho em equipe envolvendo países diferentes. Diante do exposto, fica evidenciado que além deste plano de colaboração existem diversas formas para a implementação da metodologia BIM no ensino dos cursos de Engenharia Civil do Brasil e do mundo.
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7

Roulo, David, Zachary Ptasienski, Brandon McCumber, and Subha Kumpaty. "NASCAR Truck Aerodynamic Analysis and Improvement." In ASME 2017 International Mechanical Engineering Congress and Exposition. American Society of Mechanical Engineers, 2017. http://dx.doi.org/10.1115/imece2017-70138.

Full text
Abstract:
The NASCAR Truck Aerodynamic Improvement team is tasked with providing aerodynamic analysis and improvement to Ford Performance and their factory supported team Brad Keselowski Racing for their Ford F-150 race trucks. A Ford F-150 race truck is a “stock” truck that has some modifications for racing speed and safety. Ford Performance, reached out to an MSOE student and asked if a Senior Design team and project could be assembled to provide them with some aerodynamic analysis and improvements that would not require them to build and test using a trial-and-error type method resulting in expensive, and real, testing. The purpose of this project was to conduct a computational fluid dynamic analysis on the truck and make design changes to the truck that will provide more down force on the front two tires. The areas of the truck that were studied included the side panels, deck lid, rear quarter panels, and frontal geometry. There were also constraints put in place by the NASCAR rulebook on the vehicle specifications. These rules limit the design changes that were made to the truck. The model was originally sent as a laser scanned STL file. This file needed to be heavily edited in order to be imported into the CFD program. The programs used to edit this file include Geomagic, Autodesk Fusion 360, and SolidWorks. Through using these programs, the laser scan file was modified to a usable format. Upon conclusion of the CFD simulations using ANSYS Fluent, it was found that the truck with no geometry changes displayed a drag coefficient of 0.489 and a lift coefficient of −0.815. These results were found after 10,000 iterations of testing. The standard deviation in the drag and lift coefficients were 0.00743 and 0.01660 respectively. All statistical calculations along with the averaged solutions were calculated using the data after the 2,500th iteration. This is because the nature of the CFD solutions tend to fluctuate greatly at first and then slowly converge with more iterations. After the 2,500th iteration, a relatively steady state in the solutions is met where the residuals are converging to a single value or the fluctuation in the solutions is repetitive. The following design changes were made in attempt to increase the down force on the truck. A rib was added to the side panel in order to increase the downforce on the truck. The side panel was also modified with a cut. The contour on the rear deck lid was smoothed in order to decrease drag on the truck. Slots were cut out of the shell of the truck behind the rear wheels on both sides of the truck. These slots were angled in an attempt to create down force on the rear wheels. The front splitter was lowered closer to the ground in attempt to increase air velocity moving under the truck. This higher velocity air would create a lower pressure region under the car which would increase down force. All of these modifications were applied to the initial truck body and tested using the same setup as the baseline. The most successful design change was the rear deck lid modification which resulted in a drag coefficient of 0.472 and a lift coefficient of −0.816. This is a 3.48% decrease in the drag coefficient and a 0.12% decrease in the lift coefficient (or 0.12% increase in downforce). The results of this project were purely simulation based; any real modifications and field testing made will be performed by Brad Keselowski Racing and Ford Performance.
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