Modelling and experimental study of low temperature energy storage reactor using cementitious material

The results of our simulation of the temperature variation in a material without and with default, showing that the fractures cause problems of heat distributions in heat transfer

2014 Models are proposed for a modulated smectic phase (Ã) and the cubic smectics (D and a nameless phase) that are based on the material properties of the single

with the structure of this compound below 50 K. The neutron powder profile refinement method has been used to carry out this study. Equality of the CaF6 tilt angles

temperature and the attenuation at high acoustic intensity increases as the cube of the temperature and is frequency independent.. It was also shown from ultrasonic

Jérôme Corvisier, Vincent Lagneau, Emmanuel Jobard, Jérôme Sterpenich, Jacques Pironon.. To cite

Summary. — The evolution from 2000 to 2050 of the needs in concrete, steel, aluminium and copper to build the infrastructure of electricity generation is mod- elled for the scenarios

Figure 15 shows how the initial mesh associated with the discretization of the Young’s modulus evolved into the mesh M 6 H with about 2,000 elements: due to the noise on

The longitudinal and transverse velocities of material tube are determined a high precision from the cut-off frequencies predicted with the ANFIS model. The R 2 value is about