Reading Time: 5 minutes Introduction: The analysis of mechanical oscillation is currently a well-developed technique, however, the conventional methods present limitations. Alongside the development of oscillations measured by images, the potential for further development of engineering solutions increased considerably.
Reading Time: 3 minutes Introduction: Computational fluid dynamics, the most common academic term, is also known for its acronym CFD. It enables approaching issues through numeric simulations applied to fluid outflow, heat transferring and other correlated phenomena.
Reading Time: 3 minutes Background: Often, in industrial operations, it is possible to observe situations in which heat and mass exchanges might occur between two or more phases. These processes often multiphase permeate several sectors, such as: steel, automotive, food industry, aerospace and many others.
Reading Time: 4 minutes Introduction: For industry assets, future generations of equipment and structures will increasingly be designed and built with less weight weight, whilst enduring heavier loads and extreme service conditions for longer periods than that of current machinery (GLAESSGEN and STARGEL, 2012).
Reading Time: 4 minutes Introduction: The stockyard machines are mobile equipment used for piling and/or reclaiming bulk material in stockyards, most often called bulk material handling machines. The bulk materials are initially piled and consequently reclaimed in order to be boarded on to transport systems, mainly by train or ships.
Reading Time: 7 minutes Background: The SHM (Structural Health Monitoring) process, involves the implementation of tools and characterization strategies as well as damage detection in engineering structures and equipment, thus being implemented in a wide variety of sectors (Energy, Civil Construction, Mining, Railroad, etc.).
Reading Time: 4 minutes Introduction: The SHM (Structural Health Monitoring) can be defined as a strategic implementation process based on the characterization and detection of damages to the engineering structure, i.e.: equipment, bridges and buildings.
Reading Time: 3 minutes Background: Controversial in nature, the differences between FEA and FEM relies on the source, author, and market authority; thus, there are several answers to the question: FEA versus FEM, which one is the most suitable term?
Reading Time: 3 minutes Introduction: The resolution of the non-compliant structures, as well as the development of safe and modern engineering projects, entail the union between technical knowledge from the multiple technology-related disciplines available.
Reading Time: 3 minutes Introduction: How to certify that the material used in the airplane wing was chosen with the essential properties for flight? How to guarantee that the steel structure of a building is adequate to all the conditions this one will be submitted?
