
Fastest car in the world: Engineering and mechanical power
What drives the world's fastest car? Highly efficient engines, optimized fuels, aerodynamic control, advanced materials and kinetic energy precisely converted to over 250 mph.
What drives the world's fastest car? Highly efficient engines, optimized fuels, aerodynamic control, advanced materials and kinetic energy precisely converted to over 250 mph.
Discover how the mechanical engineer is leading the transition to intelligent maintenance and strategic asset management with technologies such as IBM Maximo.
The Atomium's conservation challenges and its relevance as an icon of materials engineering are analysed.
Implementing the FMEA to identify and mitigate early failures, improving reliability and quality.
Analyzing engineering costs in the implementation of clean technologies in refineries.
Promoting the integration of the circular economy in industrial dismantling.
The vibration analysis allows to detect failures and optimize mechanical systems in sectors such as energy, aeronautics, industry and automotive.
Structural and operational criteria that ensure stability on oil platforms under demanding ocean and operational conditions.
Anniversary Inspenet: Knowledge and Professional Connection to the World Inspenet reaches its first year with a highly positive and extraordinary balance.
The International Day of Women in Engineering was created by the Women's Engineering Society (WES) in the United Kingdom (year 2014).
Organizational and cultural factors that make it difficult to integrate maintenance as a key part of the production process.