24-3-26 Today is a new milestone for me and I wonder how it will go. It will be an interesting experince, definetely. I have been working on Life Cycle Assessment canvas as a side project. Couple days ago, I decided to turn it into a real website to see how it will look. I used Claude Projects to design this website's UI/UX. There is no need to remind how amazing working with Claude. There are tons of interesting examples on all around the www. Worth to look for it if you wan

You may have heard of, or even used, the Business Model Canvas from Strategyzer, but this canvas might be new to you. Even though numerous CO₂‑mitigation technologies are being developed and deployed to protect our home [1], we are running out of time to keep our planet safe and healthy. We need stronger collaboration and more decisive action to embed a sustainability mindset into every aspect of our lives. With this in mind, I created the Life Cycle Assessment Canvas, inspir

This is the first article in this website!! I shared hand calculations and below, I will share some key steps in ANSYS Fluent.​ ​​ Let's say we have 3 different pipe/tube materials and want to compare pressure loss. Later we will compare with hand calculation vs. Fluent result. I will not go deep into all analysis steps but I will share some points. As usual, we start desinging with a selected plane. Since here I designed 50mm pipe piece as this simulation is periodic BC, you

In this article, I will share basic smooth pipe simulation using ANSYS FLUENT. Below, you will learn: How to simplify geomety, and why it is important? How to understand you have enough/right mesh for your simulation? How to setup periodic boundary condition? How to get Nusselt Number? At the end, we will compare hand calculation and numerical result which is called verification, to see how simulation differs from formulation. We have basic smooth pipe with below fluid proper

Periodic boundary condition (periodic BC) is very useful and time saving feature when you working with repeating geometries. With Periodic BC, you will have less number of mesh elements, so faster simulation to get results. In this example, we have 25mm diameter, 50mm long smooth pipe and we will see how to avoid errors while setting up periodic boundary conditions. Let's start with Fluent Meshing, then I will show how to match periodic faces in classical meshing window. Afte