"Material Design by Computer Simulations".

Design of Thickener by Computer

A mathematical method for calculation of the minimum cross-sectional area of a thickener is presented by obtaining minimum laboratory batch settling test data, a function, which is called settling function, is derived. This function is found to be in the form of a polynomial of third order. The settling function and mass flux relation are used for the design of thickener. The method predict...

Computer Algebra and Material Design

This article is intended to an introductory lecture in material physics, in which themodern computational group theory and the electronic structure calculation are in collab-oration. The effort of mathematicians in field of the group theory, have ripened as a newtrend, called “computer algebra”, outcomes of which now can be available as handy com-putational packages, and wou...

Computer Aided Material Selection in Design Process

The selection of proper materials for different components is one of the most challenging tasks in engineer’s activity. The traditional approach to the selection of materials required looking through the literature and material safty data sheets.With the development of information technology, engineering work has also changed. It involves not only arduous browsing catalogues and guides but also...

design of thickener by computer

a mathematical method for calculation of the minimum cross-sectional area of a thickener is presented by obtaining minimum laboratory batch settling test data, a function, which is called settling function, is derived. this function is found to be in the form of a polynomial of third order. the settling function and mass flux relation are used for the design of thickener. the method predicts th...

Using Digital Computer Simulations for Compressor Design