News
MSLOOP PROJECT: THE NEW GENERATION OF CSP PLANTS
MSLOOP aims to validate a technology consisting of developing a cost effective solar field for CSP Parabolic Trough Power Plants using optimized ternary molten salts
Looking forward. Advanced Mechanical Solutions
CADE initiated last October 25 the 5th edition of its course about ANSYS WORKBENCH in Albacete School of Industrial Engineering, frameworked within the collaboration that CADE
EDITOR Project. 24h Continuous thermal power supply based on CSP and concrete thermal energy storage
The system shall consist of a mid-sized parabolic trough collector loop combined with a concrete thermal energy storage, and it is experimentally designed for industrial
CADE: lecturer at Seminar of Energy – CIEMAT
CADE will be present as a lecturer on the 2nd Edition of the Energy Seminar that will be held next February 23rd 2016 at CIEMAT
WORKSHOP 2015: THANKS FOR YOUR ATTENDANCE
CADE would like to thank those who attended the workshop celebrated last Thursday, 26th of November, at the Via Castellana Hotel, in Madrid, for their
2nd WORKSHOP: ADVANCED ENGINEERING METHODS FOR EVALUATION OF CRITICAL EQUIPMENT AND PIPING SYSTEMS
Thursday, November 26th, 2015, Hotel Vía Castellana (Madrid) Overview The seminar shall be focused on the problematic, methodologies, novelties, and benefits associated to the evaluation
Partnership Agreement for Jubail Petrochemical market
CADE is pleased to announce the signing of partnership agreement with HARISCO SAUDI LTD from Jubail Industrial City (Kingdom of Saudi Arabia) to deliver first-class
CADE imparte un curso de introducción al FEA en la UCLM
(Español) CADE impartirá el próximo 10 de abril de 2013 un seminario informativo enfocado a los docentes, en el cual se plantean las capacidades del análisis y simulación mediante el empleo de uno de los software de simulación por elementos finitos punteros en el mundo ANSYS WORKBENCH.
Estudio de la influencia de la triaxialidad en la aparición de grietas y evolución de la fractura en soldaduras
(Español) CADE aplica esta metodología para el análisis de soldaduras como herramienta para la detección de fallo en servicio o en las fases previas de diseño en aquellas soldaduras que por su gran tamaño no pueden ser evaluadas con métodos tradicionales.