The aim of work is to develop a simple CAE method for rapid design and optimization of the dimensions of plate heat exchangers for heat recovery.
The roles played by mechanical constraints on edges, fluid, geometrical dimensions of plate as well as the effect of the coefficient of plate porosity are investigated.
By changing geometrical dimensions of plate thickness e, the length of silicone rubber h2, and the corrugation width b, we can control the location and width of the first band gap.
The open loop sensor/actuator frequency response function with different physical parameters (such as dimensions of plate and actuator), has been analyzed numerically and experimentally, to enhance the stability of the control system.
The small spatial dimensions of plated GCPs prevented ROS quantification utilizing microscopic imaging.
If the toe region of a butt-welded joint is modeled as a sharp V-notch, the distribution of the residual stresses in that zone is asymptotic with a singularity degree which follows either the linear-elastic or the elastic-plastic solution, depending on aspects such as clamping conditions, welding parameters, material and dimension of plates.
The results show that the attenuation capacity of the plates with circular voids and inclusions is a complex function of the dimensions of the plates and the wavelength associated with the transient loading, as well as, the type, positions and dimensions of the voids and inclusions.
Through this program, centerline dimensions of steel plates and strengthened columns were clearly addressed.
