Crescimento de grão

Publicação

A Theory For Grain Boundary Pinning By Particles

Effect Of Size Distribution On The Kinetics Of Grain Growth And Of Particle Coarsening

Temperature Dependence Of Grain Size Distribution Of Austenite In An Eutectoid Steel Containing Nbc, Em Grain Growth In Polycrystalline Materials

Time Dependence Of Grain Size Distribution Of Austenite In An Eutectoid Steel Containing Nb

On The Relationship Between Time Exponent And Quasi Stationary Distribution

Estimate Of Transient Grain Growth By The Moments Of The Grain Size Distribution

Abnormal Grain Growth In Pure Materials

Abnormal Grain Growth In The Presence Of Coarsening Particles

Abnormal Grain Growth And Abnormal Coarsening With Quasi Stationary Distribution

Discussion Of Grain Growth of a Superplastic 7475 Al Alloy

Abnormal Grain Growth In Materials Containing Particles

The Grain Size Distribution And The Detection Of Abnormal Grain Growth Of Austenite In An Eutectoid Steel Containing Niobium

Some Theoretical Considerations On Abnormal Grain Growth

On The Relationship Between Pinning Force And Limiting Grain Radius

Abnormal Grain Growth Development From Uniform Grain Size Distributions

Abnormal Grain Growth Development From Uniform Grain Size Distributions Due To A Mobility Advantage

Abnormal Grain Growth Kinetics Of Batio3 With An Excess Tio2

Texture evolution during normal and abnormal grain growth in an Al-1 wt% Mn alloy

On the stability of small grains imbedded within abnormally large grains

Comparison of statistical analytical theories of grain growth

Application of the thermodynamic theory of irreversible processes to normal grain growth

An irreversible thermodynamic approach to normal grain growth with a pinning force

Ancoramento dos contornos de grão em uma liga Al - 1% Massa Mn: Comparação de Experimentos com Modelos Analíticos

Linear measures for polyhedral networks

Grain growth inhibition by connected porosity in sintered niobium

Grain boundary, triple junction and quadruple point mobility controlled normal grain growth

On the topology and size advantage of potentially abnormal grains

Grain growth - unresolved issues

Abnormal grain growth in thin wires of commercially pure iron with anisotropic microstructure

Pesquisador

Gláucio Soares da Fonseca

Possui graduação em Engenharia Química pela Escola de Engenharia de Lorena, EEL-USP, (2000),mestrado em Engenharia Metalúrgica pela Universidade Federal Fluminense (2003) e doutorado em Engenharia Metalúrgica pela Universidade Federal Fluminense (2007). Tem experiência na área de Engenharia de Materiais e Metalúrgica, atuando principalmente nos seguintes temas: Transformação de fases, Metalurgia Fisica, Aços Inoxidáveis,Ligas de alumínio e Modelamento.

Augusto César Lacerda de Oliveira

Técnico em metalurgia (ETPC). Graduado em Engenharia Metalúrgica pela UFF (2004). TCC sobre Textura Cristalográfica (DRX/EBSD) em aços para fins elétricos. Bolsista CNPq: Modelamento Matemático (Fortran 90/95) sobre Recristalização Primária 2D e 3D. CR 7,96.

Mestre em Engenharia Metalúrgica pela UFF (2005) na área Modelamento e Simulação de Processos e Fenômenos com bolsa concedida pelo CNPq. Dissertação: "Simulação do Crescimento normal e isotrópico de grão em 3-D por meio do método de Monte Carlo". Orientação Prof. Paulo Rangel Rios, Ph.D. CR 9,00.