Review on ceramic-on-ceramic total hip arthroplasty. by Mehmood, S, Jinnah, R, Pandit, H

“…This article describes the incidence and possible causes of various complications associated with ceramic-on-ceramic bearing surfaces.…”

Ceramic technology by Hommel, P

“…Although the use of unfired clay and even the production of non-utilitarian ceramic artefacts by Palaeolithic hunter-gatherers has long been accepted, their role in the emergence and spread of ceramic vessel technology has, until recently, received little scholarly attention. …”

The development of fibre-reinforced ceramic matrix composites of oxide ceramic electrolyte by Marriner-Edwards, C

Subjects: “…oxide ceramic electrolyte…”

Hertzian testing of ceramics by Roberts, S

Hertzian testing of ceramics by Roberts, S

ACOUSTIC MICROSCOPY OF CERAMIC-FIBER COMPOSITES .2. GLASS CERAMIC-MATRIX COMPOSITES by Lawrence, C, Briggs, G, Scruby, C

Ceramic processing of magnesium diboride by Dancer, C

Subjects:

ACOUSTIC MICROSCOPY OF FERROELECTRIC CERAMICS by Yin, Q, Ilett, C, Briggs, G

ACOUSTIC MICROSCOPY OF CERAMIC-FIBER COMPOSITES by Briggs, G, Lawrence, C, Scruby, C

THEORY OF DOPANT SEGREGATION IN CERAMIC OXIDES by Egdell, R, Mackrodt, W

CERAMIC PROCESSING FOR DENSE MAGNESIUM DIBORJDE by Dancer, C, Todd, R, Grovenor, C

Dendrite nucleation in lithium-conductive ceramics by Li, G, Monroe, CW

“…This paper applies principles of chemomechanics to investigate the critical current above which dendrites form in lithium-conductive ceramics. Applied voltage induces stress in solid electrolytes; dendrites appear to nucleate in the exemplary garnet-oxide material Li7La3Zr2O12 (LLZO) when the interfacial pressure exceeds a particular value. …”

Introduction: ceramics research in China and beyond by Hein, A, Flad, R, Womack, A

INDENTATION BEHAVIOR OF ALLOYED ZIRCONIA CERAMICS by Czernuszka, J, Page, T

The simulation of switching in polycrystalline ferroelectric ceramics by Hwang, S, Huber, J, McMeeking, R, Fleck, N

Domain evolution processes in ferroelectric ceramics by Kim, K

Controlling factors in flash sintering of ceramics by Todd, R, Kubota, Y, Yoshida, M

NON-DESTRUCTIVE TESTING OF CERAMICS BY ACOUSTIC MICROSCOPY by Scruby, C, Lawrence, C, Fatkin, D, Briggs, G, Dunhill, A, Gee, A, Chao, C

CERAMIC FIBER COMPOSITES - UNDER THE ACOUSTIC MICROSCOPE by Briggs, G

APPLICATIONS OF SOIL MECHANICS THEORY TO THE PROCESSING OF CERAMICS. by Wroth, C, Houlsby, G

“…The purpose of this paper is to introduce the basic concepts of soil mechanics to workers in the materials processing industries, especially those concerned with the forming of ceramics. After a brief description of soil as a three-phase material, and the importance of the concept of effective stress, some basic tests used in conventional soil mechanics are outlined, with an emphasis on the rate effects resulting from drainage of fluid from the soil skeleton.…”