Flow Simulation using SolidWorks - تحليل سريان الموائع

This course, from Design Online Academy, delves into the fascinating world of fluid mechanics, exploring the fundamental principles governing fluid flow. You'll gain a solid understanding of fluid mechanics basics, alongside core concepts in heat transfer science. We'll cover heat transfer systems – conduction, convection, and radiation – and the governing laws for each.

Who is this course for? This course is specifically designed for engineering students interested in studying and analyzing fluid dynamics.

Part 1: Foundations of Fluid Flow

This section lays the groundwork, covering essential concepts:

• Bernoulli's Principle: Understanding the relationship between fluid speed, pressure, and elevation.
• Reynolds Number: Predicting flow patterns – laminar, transitional, and turbulent.
• Continuity Equation: Exploring the conservation of mass in fluid flow.
• Types of Flow: Distinguishing between various flow regimes.
• Flow Losses: Analyzing energy losses within fluid systems.
• Friction Factor: Calculating frictional resistance in pipes and channels.
• Moody Chart: A visual tool for determining friction factors.

Part 2: Practical Applications with SolidWorks Flow Simulation

This part puts theory into practice! You'll apply the concepts learned in Part 1 using SolidWorks Flow Simulation, a powerful tool for fluid flow analysis. The course culminates in hands-on projects:

• Piping System: Analyzing flow behavior in piping networks.
• Ball Valve: Simulating fluid flow through ball valves.
• Electric Circuits - Basics of Heat Transfer: Understanding heat transfer in electrical components.
• Exhaust Catalysts: Modeling heat transfer in exhaust systems.
• Drag Coefficient Calculation: Determining the drag force on objects in fluid flow.
• Hydraulic Losses Calculation: Quantifying energy losses in hydraulic systems.
• Heat Exchanger: Analyzing heat transfer efficiency in heat exchangers.

These projects are carefully selected to develop your logical problem-solving skills and provide a strong foundation for using any software for fluid flow analysis.

By the end of this course, you will be able to:

• Confidently handle projects, generating professional technical reports.
• Visualize and present results using charts and tables.
• Effectively utilize SolidWorks Flow Simulation for fluid dynamics studies.
• Apply fluid mechanics principles to real-world engineering challenges.