
Engineering


A Computational Framework for 3D Gear Modeling and Tooth Profile Optimization Using MATLAB

Advanced Concepts for Edge Emitting Light Source to Photonic Integrated Circuit Coupling


Assessing the Feasibility of Small-Scale Wind Turbines in Uzbekistan

Implementation of a Vision-Guided Collaborative Robot for Automated Component Handling and Testing


Passive Alignment Flip Chip Assembly Using Surface Tension of Liquid Solder and Micromechanical Stops

Electric Circuits Tutoring: Tips, Techniques, and Tools for Success
Introduction to Electric Circuits Tutoring Electric circuits are the backbone of modern technology. From powering household appliances to enabling sophisticated robotics, understanding how electric currents

Mastering Curvature Continuity in SOLIDWORKS
This article explores the often-overlooked science of curvature continuity in SOLIDWORKS, the geometric foundation that determines how two surfaces meet, flow, and reflect light. By understanding the three levels of continuity (C0, C1, C2), designers can dramatically improve product aesthetics, manufacturability, and aerodynamic performance. Using real SOLIDWORKS tools such as Boundary Surface, Filled Surface, and Curvature Analysis, the article walks through the complete workflow for creating a smooth, professional bottle model. Visual examples compare tangent (C1) and curvature (C2) continuity, showing how subtle geometric differences translate into major improvements in reflection quality and surface fairness. Ideal for engineers and industrial designers seeking to move beyond basic modeling, this guide demonstrates how mastering curvature turns ordinary designs into visually and functionally superior products.






