CFD-AI/ML-Expert

Advanced Image Preprocessing & 15-Step Augmentation Pipeline for Agriculture Crop Disease Datasets Working with agricultural images—especially fruit and leaf disease datasets —comes with its own set of challenges. Lighting variations, inconsistent contrast, noise, and different camera positions can easily confuse a machine-learning model . To handle this, here is a complete preprocessing and augmentation workflow designed for agriculture datasets such as apples, mangoes, grapes, wheat leaves, rice leaves, and more. This pipeline generates 15 automatic transformations per image, making your dataset much richer and far more suitable for training deep-learning models like CNNs , Vision Transformers , and hybrid SVM-ViT models . 1. Install the Required Python Packages We install only the necessary tools such as OpenCV , Pillow , and tqdm . These handle image processing, resizing, and progress visualization. # 📦 Install Required Packages !pip install opencv-python-...

Advanced Image Preprocessing & Augmentation Pipeline for Brain Tumor MRI Datasets (Freely available) Working with medical images—especially MRI scans —can get tricky because different scanners, resolutions, lighting conditions, and noise levels create inconsistent datasets. When the dataset isn’t uniform, even powerful CNN models like VGG , ResNet , or EfficientNet struggle during training. To solve this, here’s a complete preprocessing and augmentation workflow that automatically prepares MRI brain images for deep-learning models. It's written in simple, professional language and works perfectly for multi-class tumor classification projects. 1. Installing the Required Libraries We begin by installing essential packages like OpenCV , Pillow , and tqdm . These tools handle image processing, file conversions, and progress visualization. # Install Required Packages !pip install opencv-python-headless Pillow tqdm 2. Importing Libraries & Connecting Goo...

Ceiling Fan Simulation in a Room Using Ansys Fluent | Adding Fan Boundary Condition in CFD Introduction In this tutorial, we will perform a CFD simulation of a ceiling fan inside a room using Ansys Fluent. We will also learn how to add a fan boundary condition to simulate airflow behavior accurately. Step 1: Setting Up the Geometry in Ansys Open Ansys Workbench and create a new Fluid Flow (Fluent) Project . Use SpaceClaim or DesignModeler to create the room and fan geometry. Ensure that the fan blades are modeled properly or import the 3D fan model. Step 2: Meshing the Model Open the Meshing Tool in Ansys. Apply a fine mesh around the fan for better resolution. Use inflation layers near walls for accurate boundary layer calculations. Step 3: Defining the Boundary Conditions Open Ansys Fluent and import the mesh. Set the room walls as no-slip boundaries. Define the fan region and apply the fan boundary condition . Set the inlet velocity and outlet pressure as per simulation r...