An Introduction to Materials Engineering and Science for Chemical and Materials Engineers
provides a solid background in materials engineering and science for chemical and …

Structural ceramics for high‐temperature applications should embody the following
properties: oxidation resistance, chemical stability, low volatility, resistance to creep …

Carbon materials are used in many diverse engineering applications, where properties such
as light weight, strength, high thermal conductivity, and high temperature stability are …

In order to explore the dependence of mechanical properties on the microstructure of high-
textured (HT) pyrolytic carbon (PyC), the microstructure and properties of HT PyC specimens …

Axisymmetric equilibrium shapes and stability of linearly polarizable dielectric (ferrofluid)
drops of fixed volume which are pendant/sessile on one plate of a parallel-plate capacitor …

Continuous carbon fiber (C f) reinforced silicon carbide (SiC) matrix composite (C f/SiC) was
processed through hot pressing (HP) using polycarbosilane (PCS) in matrix and …

A one-dimensional model was developed for the forced flow-thermal gradient chemical
vapor infiltration of carbon/carbon composites. The infiltration time predicted by the model …

The flexural strength variability of α α‐SiC SiC based ceramics at elevated temperatures
creates the need for an Integrated Computational Materials Engineering (ICME) framework …

Individual bundles of ceramic fibers were infiltrated with SiC to study the reaction and
diffusion kinetics during isothermal chemical vapor infiltration (CVI). More uniform infiltration …

A model for a pilot‐scale chemical vapor infiltration (CVI) reactor in which multiple substrates
are densified simultaneously by carbon deposition from a pyrolyzing hydrocarbon is …