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2D Laminar Flow Simulation in a Channel using MATLAB | Step-by-Step Tutorial
Explore the fundamentals of fluid dynamics with this simple yet powerful 2D laminar flow simulation in a channel using MATLAB. In this tutorial, we:
Implement the finite difference method to solve the steady-state Navier-Stokes equations.
Apply essential boundary conditions like no-slip walls and constant inlet velocity.
Visualize the parabolic velocity profile typical of laminar flow using contour plots.
Perfect for students, researchers, and MATLAB enthusiasts looking to understand computational fluid dynamics (CFD).
🔗 Download the MATLAB code: [Link]
📌 Topics Covered:
Laminar flow basics
Finite difference method
Velocity contour visualization
Subscribe for more MATLAB and CFD tutorials! 🚀
#MATLAB #CFD #LaminarFlow #Simulation
Переглядів: 2

Відео

Counterflow Heat Exchanger Simulation in MATLAB | Energy Balance Method10:33Counterflow Heat Exchanger Simulation in MATLAB | Energy Balance Method
Counterflow Heat Exchanger Simulation in MATLAB | Energy Balance Method
Переглядів 1414 годин тому
In this video, we simulate the performance of a counterflow heat exchanger using energy balance equations in MATLAB. The simulation visualizes the temperature profiles of hot and cold fluids along the length of the heat exchanger. Key concepts such as heat transfer, fluid dynamics, and the application of energy balances are explored. This simulation helps in understanding the fundamentals of he...
MATLAB for Mechanical Engineers: Optimization in Design Made Simple7:07MATLAB for Mechanical Engineers: Optimization in Design Made Simple
MATLAB for Mechanical Engineers: Optimization in Design Made Simple
Переглядів 1521 годину тому
Welcome to 'Mechanical Insights!' In this MATLAB tutorial, we'll explore how to use MATLAB for essential tasks in mechanical engineering, including optimization in design. Topics covered: Basics of MATLAB: Commands, plotting, and scripting Visualizing data with graphs Optimizing a beam's weight with constraints using fmincon This tutorial is tailored for mechanical engineers and includes practi...
Heat Transfer Simulation in MATLAB: Animate Conduction & Convection in 2D Geometries8:05Heat Transfer Simulation in MATLAB: Animate Conduction & Convection in 2D Geometries
Heat Transfer Simulation in MATLAB: Animate Conduction & Convection in 2D Geometries
Переглядів 1714 днів тому
Explore heat transfer simulation in MATLAB with this tutorial! We’ll simulate heat conduction and convection in 2D geometries, allowing you to visualize how heat spreads over time. This video will guide you through modeling heat transfer processes, solving the heat equation, and visualizing the results with animations. What You’ll Learn: How to simulate heat conduction and convection in MATLAB....
MATLAB Cruise Control Simulation: Modeling Car Dynamics5:50MATLAB Cruise Control Simulation: Modeling Car Dynamics
MATLAB Cruise Control Simulation: Modeling Car Dynamics
Переглядів 1314 днів тому
Learn how to simulate and analyze the cruise control system of a car in MATLAB! This tutorial covers the modeling of car dynamics using Newton's Second Law and demonstrates how external forces like engine thrust and rolling resistance influence the car's velocity. What You'll Learn: Governing equations for cruise control dynamics. Modeling a car's motion with parameters like mass, damping coeff...
Stepped Bar Subjected to Axial Loading | Mechanical APDL | Ansys5:26Stepped Bar Subjected to Axial Loading | Mechanical APDL | Ansys
Stepped Bar Subjected to Axial Loading | Mechanical APDL | Ansys
Переглядів 414 днів тому
Problem 2: Stepped Bar under axial loading Calculate the nodal displacements and reaction forces for the stepped bar subjected to axial loading using LINK180element. Given, Length of the Steel bar = 150 mm, Area of cross section = 300mm2, E = 200GPa, Poisson’s similarly Length of the Aluminum bar = 150 mm, Area of cross section = 200mm2, E = 70GPa, Poisson’s ratio = 0.3 [Take 1 element each for...
Uniform Bar Under Axial Pull | Mechanical APDL | Ansys4:33Uniform Bar Under Axial Pull | Mechanical APDL | Ansys
Uniform Bar Under Axial Pull | Mechanical APDL | Ansys
Переглядів 414 днів тому
Problem 1: Uniform bar under axial pull Calculate the nodal displacements and reaction forces for the following problem using LINK180element. Given, Length of the bar = 200 mm, Area of cross section = 500mm2, E = 210GPa, Poisson’s ratio = 0.3 [Take 5 elements along the length of the bar] Music : No Copyright Background Music Link: ua-cam.com/video/28wi9HTPzAI/v-deo.html
Vibration Analysis in MATLAB: Mass-Spring-Damper System Simulation6:25Vibration Analysis in MATLAB: Mass-Spring-Damper System Simulation
Vibration Analysis in MATLAB: Mass-Spring-Damper System Simulation
Переглядів 2214 днів тому
Explore vibration analysis in MATLAB with this step-by-step tutorial! In this video, we simulate the behavior of a mass-spring-damper system, solving the equations of motion for displacement and velocity. Learn how to model the system, calculate natural frequency and damping ratio, and visualize the system’s response over time. What You'll Learn: Modeling a mass-spring-damper system in MATLAB. ...
Simulating Projectile Motion in MATLAB: Interactive Tutorial with Code and Animation6:15Simulating Projectile Motion in MATLAB: Interactive Tutorial with Code and Animation
Simulating Projectile Motion in MATLAB: Interactive Tutorial with Code and Animation
Переглядів 6514 днів тому
Explore how to simulate projectile motion in MATLAB in this detailed tutorial! Learn how to model the motion of a projectile, visualize its trajectory, and create interactive controls to modify parameters like initial velocity and launch angle in real time. What You'll Learn: Deriving the equations of motion for projectile motion (horizontal and vertical components). Implementing MATLAB code to...
Cantilever Beam under Self - Weight | ANSYS | Mechanical APDL |3:58Cantilever Beam under Self - Weight | ANSYS | Mechanical APDL |
Cantilever Beam under Self - Weight | ANSYS | Mechanical APDL |
Переглядів 414 днів тому
Problem 3: Cantilever Beam under Self - Weight Calculate the maximum deflection of the given cantilever beam under self-weight. The beam is made of steel (density 7800 kg/m3), and has a square cross section 50mm x 50 mm, and a length of 500 mm Music : No Copyright Background Music Link: ua-cam.com/video/28wi9HTPzAI/v-deo.html
Simulating a Simple Pendulum in MATLAB: Step-by-Step Tutorial5:53Simulating a Simple Pendulum in MATLAB: Step-by-Step Tutorial
Simulating a Simple Pendulum in MATLAB: Step-by-Step Tutorial
Переглядів 3014 днів тому
Discover how to simulate the motion of a simple pendulum in MATLAB! This tutorial walks you through the physics, equations of motion, and MATLAB code required to model and visualize a pendulum's dynamics. Perfect for students and engineers exploring mechanics and dynamics simulations. What You'll Learn: Deriving the equations of motion for a pendulum. Implementing the simulation using MATLAB. P...
Thermal Analysis | Heat transfer over a flat plate | ANSYS APDL3:35Thermal Analysis | Heat transfer over a flat plate | ANSYS APDL
Thermal Analysis | Heat transfer over a flat plate | ANSYS APDL
Переглядів 3403 роки тому
Use of mechanical APDL to perform thermal analysis to discover heat transfer through different nodes/sections of the Flat Plate.