CFD Simulation using SolidWorks: 2-Hour Full Course | SOLIDWORKS for Beginners | CFD | Skill-Lync скачать в хорошем качестве

CFD Simulation using SolidWorks: 2-Hour Full Course | SOLIDWORKS for Beginners | CFD | Skill-Lync

Claim your certificate here - https://bit.ly/3MsxeFO If you’re interested in speaking with our experts from Scania, Mercedes, and Nissan, and scheduling a personalized career plan, call us at +91-9342691281 or register here: - https://bit.ly/4dERmAH Welcome to Skill-Lync’s CFD Simulation Course using SOLIDWORKS! This comprehensive course is designed to equip you with the foundational and advanced skills necessary to master Computational Fluid Dynamics (CFD) using SOLIDWORKS Flow Simulation. In the first chapter, you’ll be introduced to the fundamentals of CFD and how these principles are applied in SOLIDWORKS Flow Simulation. This chapter lays the groundwork for understanding CFD basics, focusing on its applications across various engineering domains. Moving to the second chapter, you will dive into modeling simple geometry in SOLIDWORKS, setting up fluid studies, and learning how to define the necessary boundary conditions and initial conditions. This chapter will guide you through simulating flow through a pipe—a classic CFD problem—while introducing parametric studies and grid dependency tests. The third chapter explores external simulation and transient analysis, where you'll calculate total flow time and determine the correct output time step for transient simulations, with a focus on flow over a cylinder. In the fourth chapter, we’ll walk you through importing NACA airfoil data into SOLIDWORKS, creating airfoil geometry, and conducting flow simulations. You’ll learn to calculate drag and lift forces at various angles of attack, deepening your understanding of aerodynamics in CFD. Chapter five focuses on valve lifts in an IC engine, analyzing the impact on mass flow rate. You’ll create flow trajectories and perform transient analysis, culminating in plots of lift versus mass flow rate—key skills for optimizing engine performance. Finally, in the sixth chapter, you’ll be introduced to moving reference frames (MRF) and the rotating body feature in SOLIDWORKS. By applying the MRF approach, you’ll simulate flow through a centrifugal pump and plot a pump performance curve, a critical aspect of modeling rotating machinery in CFD. This course is ideal for beginners, students, and professionals looking to gain a strong foundation in CFD using SOLIDWORKS. By the end of this course, you’ll have practical experience in various CFD projects and be well-prepared for careers in mechanical engineering or CFD analysis. Don't miss out on this opportunity to advance your skills with Skill-Lync's SOLIDWORKS Training. Subscribe to our YouTube channel for more tutorials, and share this course with anyone looking to dive into CFD simulations. Timestamps - 03:11 - Course Introduction 04:22 - Simulating flow through a pipe 24:20 - Understanding global maximum and plot maximum 28:41 - Pipe Flow Simulation - performing parametric studies 42:53 - Transient Flow Simulation of flow over a cylinder 51:58 - NACA Airfoil simulation 01:04:54 - Creating the flowbench geometry 01:13:26 - Adding correct constraints to the valve geometry 01:15:36 - Valve lift parametric Study 01:23:40 - Mini Project Flow bench simulation 01:29:21 - Flow simulation- Centrifugal Pump 01:54:19 - Flow simulation- Centrifugal Pump result analysis #solidworks #SolidWorksTraining #SkillLyncSOLIDWORKScourse #CFDSimulation #SOLIDWORKS #CFDAnalysis #EngineeringDesign #MechanicalEngineering #SimulationSoftware #CFDTraining #SOLIDWORKSTraining #EngineeringEducation #FluidDynamics #SkillLync #CFDCourse #ComputationalFluidDynamics