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	题名	作者	年代	出处	被引量
1	Prediction of Compressive Strength of Biodegradable Mg–Zn/HA Composite via Response Surface Methodology and Its Biodegradation显示文摘This work aimed to fabricate magnesium zinc/hydroxyapatite(Mg–Zn/HA) composite via powder metallurgy method and to develop a mathematical model to predict the compressive strength of the composite using response surface methodology method. The effect of various mechanical milling parameters, milling speed(200–300 r/min), ball-to-powder weight ratio(5–12.5)and HA content(2.6–10 wt%) on the compressive strength of Mg–Zn/HA composite was investigated. The model shows that high compressive strength of Mg–Zn/HA composite was achieved when the powders were prepared with high milling speed and ball-topowder weight ratio and low HA content. The mathematical model was adequate with error percentage lower than 3.4%. The microstructure of Mg–Zn/HA composite with different process parameters revealed that fine microstructure was observed at high milling speed and ball-to-powder weight ratio while agglomeration of HA was found in composite with 10 wt% HA. The agglomeration of HA led to degradation of interfacial bonding strength between matrix and reinforcement phases and hence decreased the overall compressive strength of Mg–Zn/HA composite. Biodegradation test revealed that sample with higher HA content had more weight gain and there was more formation of hydroxyapatite. Mg–Zn/HA composite with 8 wt% HA was found to be the best candidate for implant application because it had considerable compressive strength and good biodegradation properties.	Loy Liang Soon Hussain Zuhailawati Ismail Suhaina Brij Kumar Dhindaw	2016	Acta Metallurgica Sinica(English Letters)2016，29，5：	3
2	Numericalsimulation of temperature distribution using finitedifference equations and estimation of the grain sizeduring friction stir processing显示文摘	ARORA H S SINGH H DHINDAW B K	2012	Materials Science &Engineering A2012，543，：	1
3	Improvement in silicon morphology and mechanical properties of AI-17Si alloy by melt conditioning shear technology显示文摘	BAREKAR N S DHINDAW B K FAN Z	2010	International Journal of Cast Metals Research2010，23，4：	1
4	Processing of advanced AI/SiC particulate metal matrix composites under intensive shearing-A novel Rheo-process 显示文摘	TZAMTZIS S BAREKAR N S HARI BABU N PATEL J DHINDAW B K FAN Z	2009	Composites Part A: Applied Science and Manufacturing2009，40，2：	1
5	Materials Science Forum显示文摘	Thakur S K Dhindaw B K Hort N	2003	419~422: 8372003，419，422：	1
6	The influence of interracial characteristics between SiCp and Mg/AI metal matrix on wear, coefficient of friction and microhardness显示文摘	THAKUR S K DHINDAW B K	2001	Wear2001，247，2：	1
7	Characterization of the Peritectic Reaction in Medium - alloy Steel Through Microsegregation and Heat - of - transformation Studies显示文摘	Dhindaw Brij K	2004	Metallurgical and Materials Transactions A2004，35，9：	1
8	Processing of aluminum-graphite particulate metal matrix composites by advanced shear technology 显示文摘	BAREKAR N TZAMTZIS S DHINDAW B K PATEL J BABU N H FAN Z	2009	Journal of Materials Engineering and Performance2009，18，9：	1
9	The influence of interfacial characteristics between SiC and Mg/Al metal matrix on wear, coefficient of friction and microhardness 显示文摘	SANJAY KUMAR THAKUR BRJIJ KUMAR DHINDAW	2001	Wear2001，247，：	1
10	The Influence of interracial characteristics between SiCp and Mg/A1 metal matrix on wear coefficient of friction and microhardness 显示文摘	Thakur S K Dhindaw B K	2001	Wear2001，247，：	1
11	Low-convection-cool- ing slope cast AISi7Mg alloy: A rheological perspective显示文摘	Ritwik R Prasada Rao A K Dhindaw B K	2013	Journal of Materials Engineering and Performance2013，22，9：	1
12	On the infiltration behavior of AI, AI-Li, and Mg melts through SiCp bed显示文摘	MURTY B S THAKUR S K DHINDAW W B K	2000	Metall Mater Trans A2000，，31：	1
13	Particle engulfment and pushing by solidifying interfaces: Part 1. Ground experiments显示文摘	Frank R. Juretzko Doru M. Stefanescu Brij K. Dhindaw Subhayu Sen Peter A. Curreri	1998	Metallurgical and Materials Transactions A1998，，6：	1
14	Particle engulfment and pushing by solidifying interfaces: Part II. Microgravity experiments and theoretical analysis显示文摘	D. M. Stefanescu F. R. Juretzko A. Catalina B. K. Dhindaw S. Sen P. A. Curreri	1998	Metallurgical and Materials Transactions A1998，，6：	1
15	Melt-Conditioned, High-Pressure Die Casting of Mg–Zn–Y Alloy显示文摘	Mingxu Xia Subhajit Mitra Brij Dhindaw Guojun Liu Zhongyun Fan	2010	Metallurgical and Materials Transactions B2010，，1：	1
16	Creep behavior of AE42 based hybrid composites显示文摘	A. Arunachaleswaran I.M. Pereira H. Dieringa Y. Huang N. Hort B.K. Dhindaw K.U. Kainer	2007	Materials Science & Engineering A2007，，：	1
17	Parametric study of friction stir processing of magnesium-based AE42 alloy显示文摘	Arora H S Singh H Dhindaw B K	2012	J Mater Eng Perform2012，21，11：	1
18	Behavior of Ceramic Particle at the Solid-Liquid Metal Interface in Metal Matrix Composites 显示文摘	Stefanescu D M Dhindaw B K	1988	Metallurgical Transaction1988，19，：	1
19	Processing of Advanced Al/SiC particulate metal matrix composites显示文摘	ZAMTZIS T S BAREKAR N S HARI BABU N PATEL J DHINDAW B K FAN Z	2009	Composites A2009，40，：	1
20	Behavior of ceramic particles at the solid-liquid metal interface in metal matrix composites显示文摘	STEFANESU D M DHINDAW B K KACAR S A	1988	Metal Trana1988，，：	1

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