A deep dive into the landscape of engineering 3D modelling (MCAD) software, evaluating mainstream tools, high-end PLM platforms, cloud-native solutions, and open-source options to help you make informed selection decisions.
Impedance mismatch causes reflection — everyone knows the rule. But why? This post builds the answer from scratch: first through a physical analogy between acoustics and circuits, then through a rigorous three-equation proof that leaves nature no choice but to reflect.
From aerospace to medical devices, Selective Laser Sintering revolutionizes how we build complex parts. This guide covers the mechanics, materials, applications, and how the new Raise3D RMS220 is democratizing industrial-grade SLS.
Why does a piano have 12 keys per octave? We derive the mathematical formula for equal temperament, explore its historical origins (including the Chinese prince Zhu Zaiyu), and understand the compromises it makes.
Can we trust scale models? This article explores similitude analysis and scaling laws for elastic waves and metamaterials. We derive explicit transformation rules (like the 1/α² law for flexural waves) to enable rigorous extrapolation from lab-scale experiments to real-world prototypes.
A practical guide to STEM (Spoor Trillingen Emissie Model), an open-source Python-based tool for predicting railway-induced ground vibrations using the finite element method.
A practical step-by-step guide to filing third-party rental car insurance claims. Learn the essential documents, form-filling tips, and common pitfalls to avoid for a smooth reimbursement process.
Compare workflow, usability, and accuracy of three major CFD platforms—COMSOL Multiphysics, ANSYS Fluent, and OpenFOAM—using the classic 2D cylinder flow benchmark case. From vortex shedding patterns to drag coefficients, explore how different tools tackle the same fundamental fluid dynamics problem.
Simulating focused ultrasound heating with acoustic-thermal coupling using k-Wave and COMSOL. This post covers the physics of HIFU therapy, acoustic field simulation, bio-heat transfer, and thermal dose calculation.
Develop a numerical model for the temperature maintenance process in electric kettles using COMSOL Multiphysics. This article explores how free convection, thermostat control, heat transfer, and species transport interact in a common household appliance—from theory to MATLAB implementation.