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It’s Time to Start Your Adventure

Whether you’re a student facing a mechanics exam, a designer looking to expand your skills with FEA, or simply want to develop future-proof skills for the job market, this blog is for you!

Introduction to Differential Equations in Mechanics

Basics of Ordinary Differential Equations (ODEs) and Partial Differential Equations (PDEs), their importance in mechanics, and their applications.

Solving the Pendulum ODE with Python

In this post, we’ll dive into how to solve the pendulum equation numerically using Python, leveraging libraries like SciPy for computation and Matplotlib for visualization

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eBook – soon!

Your personal introduction to the use of numerical methods and python in real-life examples.

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Getting Started with Python for Engineers: A Step-by-Step Tutorial

A hands-on article to help readers install Python, set up essential libraries, and write their first script for engineering applications.

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Understanding Finite Element Analysis: Breaking Down Complex Problems

An overview of the finite element method, its applications in engineering, and how it simplifies solving structural and mechanical problems.

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Introduction to Numerical Mechanics

How to predict the behaviour of the structure we are designing?

Why Numerical Mechanics?

Numerical mechanics is a powerful tool for solving real-world engineering problems. It helps engineers analyze and improve structures and systems with precision and efficiency.

Experience: Learn from years of working with numerical methods and engineering projects
Reputation: Proven results in both industry and academic fields
Guide Experience: Easy-to-follow steps for students and professionals

What You Get

Gain the knowledge and tools you need to succeed in numerical mechanics.

Practical Skills: Learn Python and the basics of finite element methods
Flexible Knowledge: Build a foundation you can use for more advanced challenges
Ongoing Support: Access resources and updates to keep learning and improving