Interfaces, engineering disciplines

As already described, we need to achieve all of the merits in a good balanced manner, so that we can continue to develop our civilization. From the viewpoint, the environmental friendliness will be an indispensable concept for all engineering disciplines. Particularly, the surface of a material is the interface of materials, components, and all other engineered and artificial substances with environments... 

In the previous chapters, we have mainly discussed work that falls within the responsibility of the process, mechanical, and piping engineers. Before proceeding to a review of the more detailed design procedures which follow on from overall layout development, we will address some of the major responsibilities and concerns of the other engineering disciplines. In particular, we will address some of the issues concerning the overall discipline interfaces, information flow, and planning of work. 

Finding Addressing critical challenges at the interfaces with other scientific and engineering disciplines will enable chemistry and chemical engineering to contribute even more effectively to the nation s technological and economic progress. 

Interfaces with the other specialty engineering disciplines are explained by the data flow between each other. Lessons learned during several design projects are shared. With a well-planned specialty engineering organization, it will be easier to design a user friendly and maintainable system by reducing the life cycle cost. 

Dikba Z., 2011 Reliability analysis process for aircraft systems and interfaces between reliability and other specialty engineering disciplines. 

This book incorporates into many traditional disciplines of science and engineering such as interfacial chemistry, biochemistry, enzyme chemistiy, membrane chemistry, metallurgy, modification of solid interfaces, and materials corrosion. 

In summary, the topic of engineered interfaces in composites is an important one, critical to the advance of the composites industry. Many practitioners from a range of disciplines are seeking the information which can be found in this book. The authors display the wide experience and theoretical knowledge necessary to provide a critical view of the subject. I strongly recommend this volume to the composite expert and student alike. 

It may first be restated for whom this book is intended. Its obvious home is in the chemistry and chemical engineering departments of universities. Electrochemistry is also often the basis of fields treated in departments of engineering, materials, science, and biology. However, the total sales of the first edition far exceeded the number of electrochemists in the Electrochemical Society—evidence that the book is used by scientists who may have backgrounds in quite other subjects, but find that their disciplines involve the properties of interfaces and thus, in practice, the interfacial part of electrochemistry (for the ionics part, see Vol. 1). 

---