Effect of process parameters on microstructural variables of a commercial TC6 titanium alloy disc

Effect of process parameters on microstructural variables of a commercial TC6 titanium alloy disc
https://www.researchgate.net/publication/233575335_Effect_of_process_parameters_on_microstructural_variables_of_a_commercial_TC6_titanium_alloy_disc

Reference

1. Deformation behaviour and new constitutive equation utilising the grain size of commercial TC6 titanium alloy, October 2004, Miaoquan LiA.M. XiongH.R. Wang[...]L.C. Shen

Isothermal compression tests on a commercial TC6 titanium alloy have been conducted at deformation temperatures of about 800 – 1040°C, strain rates of 0.001 – 50 s-1 and height reductions of 30 – 50%. The m​i​c​r​o​s​t​r​u​c​t​u​r​

1. New model of microstructural evolution during isothermal forging of Ti—6Al—4V alloy, February 2002, Miaoquan LiA.-M. Xiong

An artificial neural network model of microstructural evolution, in particular grain size and volume fraction of α phase, has been established and trained with the help of experimental results obtained using Ti—6Al—4V alloy s​u​b​j​e​c​

1. Modelling heterogeneous microstructures in superplasticity, February 1999, Proceedings of the Royal Society A T.-W. KimF. P. E. Dunne

An approach is presented for the explicit representation of heterogeneity of micro–structure within the constitutive descriptio of superplastic materials. The evolution of inhomogeneous distribution of grain size is modelled, a​

1. Decision support for the administrative man: A prototype DSS case, March 1996, European Journal of Information Systems, James A. SenaDag H. Olsen

In this paper we focus on the practical and conceptual design factors and implementation features of a prototype decision support system for a typical 'administrative man'. We discuss the parameters and design p​r​i​n​c​i​p​l​

1. Modelling distribution of microstructure during hot rolling of stainless steel, January 1992, A.J. McLarenC.M. Sellars

Two models have been combined to calculate the mechanics and metallurgy of hot rolling processes. An Eulerian finite element model is used to predict the temperature, strain rate, and strain distribution within the roll bite d​u​

Related notes

Strategy to some summary and propose to AUTOSAR, SDV and Software Factory.
https://qiita.com/kaizen_nagoya/items/d36a9eba629022276918

AUTOSAR paper on arXiv
https://qiita.com/kaizen_nagoya/items/7c2355275ec53dbdc7a2

AUTOSAR on arXiv reference paper summary
https://qiita.com/kaizen_nagoya/items/aa639a268aaa56c5a501

Yet another strategy for papers on Software Engineering.
https://qiita.com/kaizen_nagoya/items/d186dfcb4d4f7cd1dcf1