By Huimin Liu
ISBN-10: 0815514360
ISBN-13: 9780815514367
This can be the 1st publication to surround the basic phenomenon, ideas, and methods of discrete droplets of either common beverages and melts. It offers the reader with the technology and engineering of discrete droplets, and offers researchers, scientists and engineers with the newest advancements within the box. The e-book starts off with a scientific overview of varied strategies and methods, besides their purposes and institutions with fabrics platforms. this can be through an outline of the phenomena and rules in droplet techniques. Correlations, calculations, and numerical modeling of the droplet procedures offer perception into the consequences of technique parameters on droplet homes for optimization of atomizer layout. Droplets are present in the parts of metallurgy, fabrics, car, aerospace, medication, foodstuff processing, agriculture, and gear iteration, and encountered in an enormous diversity of engineering purposes.
Read or Download Science and Engineering of Droplets. Fundamentals and Application PDF
Best industrial technology books
Computational electrodynamics: Finite Difference Time Domain Method
Written by way of the pioneer and ideal authority at the topic, this new e-book is either a accomplished college textbook and professional/research reference at the finite-difference time-domain (FD-TD) computational resolution strategy for Maxwell's equations. It provides in-depth discussions of: The innovative Berenger PML soaking up boundary ; FD-TD modelling of nonlinear, dispersive, and achieve optical fabrics utilized in lasers and optical microchips; unstructured FD-TD meshes for modelling of complicated platforms; 2.
Progress in Improving Project Management at the Department of Energy
The dep. of strength (DOE) is engaged in different multimillion- or even multibillion-dollar initiatives which are different or first of a type and require state-of-the-art know-how. The initiatives symbolize the various nature of DOE's missions, which surround power structures, nuclear guns stewardship, environmental recovery, and simple study.
Handbook of metal injection molding
The steel injection molding (MIM)process has won major credibility over the past two decades and has turn into primary in industry segments formerly impenetrable, together with clinical implants and aerospace componentry. Many versions of the expertise were built and commercialized, leading to over four hundred advertisement MIM businesses around the globe.
- Fluidization, Solids Handling, and Processing
- Productivity Based Management
- Handbook of hard coatings : deposition technologies, properties and applications
- Liquid Phase Epitaxy of Electronic, Optical and Optoelectronic Materials (Wiley Series in Materials for Electronic & Optoelectronic Applications)
Additional info for Science and Engineering of Droplets. Fundamentals and Application
Example text
This is because the atomization process is not completed after a jet leaves the orifice. In fact, it continues in the surrounding medium until the droplet size falls below a critical value so that no further breakup may occur. For a given liquid, this critical size is dependent on the relative velocity between the liquid and the surrounding medium. If both the liquid and gas are flowing in the same direction, the penetration is augmented and atomization is retarded, leading to an increase in the mean droplet size.
A liquid is delivered through an axial tube inside the acoustically resonant device to the surface at the atomizing end, where the atomization of the liquid occurs at the maximum vibrational amplitude. 11. Schematic of an ultrasonic atomizer. Droplet Generation 55 The droplet size generated by an ultrasonic atomizer depends primarily on the signal frequency and liquid flow rate. Ultrasonic atomizers may be of low-frequency (between 20 kHz and 100 kHz) or high-frequency (up to 3 MHz). More power can be supplied at the lower frequencies.
1) have been developed for combustion applications, differing from each other mainly in the way that swirl is imparted to the issuing liquid jet. In these atomizers, swirl chambers may have conical slots, helical slots (or vanes), or tangential slots (or drilled holes). Using thin, removable swirl plates to cut or stamp the swirl chamber entry ports leads to economies of the atomization systems if spray uniformity is not a primary concern. Large simplex atomizers have found applications in utility boilers and industrial furnaces.