Chưa phân loại
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1. Objective The objective of this stage is to apply and integrate advanced part modeling and assembly techniques in SolidWorks—including Swept, Lofted, Shell, Rib, Wrap, Pattern, Assembly, and Drawing tools—to design, assemble, and document a complete 3D model of a portable water purifier. This stage aims to achieve both functional precision and professional presentation under…
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1. Objective The objective of this stage is to apply advanced sketch editing, constraint, and feature tools in SolidWorks to design and refine the structural components of a portable water purifier. This process ensures precision, functionality, and manufacturability in the 3D model under the supervision of our instructor. 2. Summary of Learning In this research…
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1. Objective The objective of this stage is to apply fundamental sketching techniques in SolidWorks to design the structural components of a portable water purifier. This step marks the transition from basic interface familiarity to practical design application, carried out under the supervision of our instructor. 2. Summary of Learning In this research phase, our…
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Research Note – Initial Phase: Learning SolidWorks Interface for Portable Water Purifier Design 1. Objective The objective of this stage is to familiarize our research team with the SolidWorks interface and its fundamental operations in preparation for the 3D design of a portable water purifier. Understanding the software environment is essential for developing accurate models…
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