The arrival of drones has transformed how inspections of industrial structures are carried out. These flying devices have become crucial tools for predictive inspection, making it possible to identify problems before they turn into costly
The fusion of BIM (Building Information Modeling) technology with drones has revolutionised how civil engineering projects are managed. This integration allows more precise, effective and agile data collection and management. Here I explain how this
When you plan the design of a new product, one of the critical steps is structural analysis. It concerns the product’s ability to withstand loads and stress without failing. It is vital because it guarantees
Designing machinery that can harness waste energy within industrial processes emerges as an innovative option for improving energy efficiency. This strategy, beyond optimising consumption, moves towards a sustainable, environmentally friendly approach. Machinery design and the
Designing industrial gears with CAD software is a fascinating discipline that combines creativity, precision and advanced technology. Imagine sitting in front of your computer, ready to bring to life the gears that will drive industrial
Finite element analysis (FEM) has become an indispensable tool for optimising machinery. Imagine being able to predict and improve a machine’s behaviour before it even exists physically. That is exactly what dynamic FEM does, making
In the world of engineering, one of today’s challenges is creating electromechanical structures that reduce the use of resources. This task involves a balance between energy efficiency, sustainability and functionality. Fortunately, recent innovations are showing
The use of BIM modelling, or Building Information Modeling, in the construction of dams and reservoirs is making a clear difference to how these projects are planned, designed and managed. This technology has arrived to
Finite element method (FEM) analysis is essential in modern engineering, especially when it comes to evaluating structures and components under different conditions. Within it, there are two main approaches: static and dynamic. Although both share
If you have ever wondered how it is possible to predict how a complex structure will behave under certain conditions, finite element analysis (FEA, or FEM in Spanish-language usage) is the answer. This technique, essential
