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	题名	作者	年代	出处	被引量
1	Modification Design Method for an Enveloping Hourglass Worm Gear with Consideration of Machining and Misalignment Errors显示文摘The influences of machining and misalignment errors play a very critical role in the performance of the anti-backlash double-roller enveloping hourglass worm gear(ADEHWG).However,a corresponding efficient method for eliminating or reducing these errors on the tooth profile of the ADEHWG is seldom reported.The gear engagement equation and tooth profile equation for considering six different errors that could arise from the machining and gear misalignment are derived from the theories of differential geometry and gear meshing.Also,the tooth contact analysis(TCA) is used to systematically investigate the influence of the machining and misalignment errors on the contact curves and the tooth profile by means of numerical analysis and three-dimensional solid modeling.The research results show that vertical angular misalignment of the worm wheel(Δβ) has the strongest influences while the tooth angle error(Δα) has the weakest influences on the contact curves and the tooth profile.A novel efficient approach is proposed and used to minimize the effect of the errors in manufacturing by changing the radius of the grinding wheel and the approaching point of contact.The results from the TCA and the experiment demonstrate that this tooth profile design modification method can indeed reduce the machining and misalignment errors.This modification design method is helpful in understanding the manufacturing technology of the ADEHWG.	DENG Xingqiao WANG Jinge HORSTEMEYER Mark F	2013	Chinese Journal of Mechanical Engineering2013，26，5：	16
2	Microstructure-based Fatigue Modeling of Cast A356- T6 Alloy显示文摘	D L McDowell K Gall M F Horstemeyer	2003	Engineering Fracture Mechanics2003，70，1：	1
3	Twin boundaries showing very large deviations from the twinning plane显示文摘	X.Y. Zhang B. Li X.L. Wu Y.T. Zhu Q. Ma Q. Liu P.T. Wang M.F. Horstemeyer	2012	Scripta Materialia2012，，10：	1
4	Micxomechanical finite element calculations of temperature and void configuration effects on void growth and coalescence显示文摘	Horstemeyer M F Matalanis M M Sieber A M	2000	International Journal of Plasticity2000，16，：	1
5	Multiscale study of dynamic void collapse in single crystals显示文摘	Solanki K Horstemeyer M F Baskes M I Fang H	2005	Mech Mater2005，37，：	1
6	On factors affecting localization and void growth in ductile metals: a parametric study显示文摘	Horstemeyer M F Ramaswamy S	2000	International Journal of Plasticity2000，9，：	1
7	Atomistic simulations on the tensile debonding of an aluminum-silicon interface显示文摘	Gall K Horstemeyer M F Schilfgaarde M V Baskes M I	2000	J Mech Phys Solids2000，48，：	1
8	A molecular dynamics study of void growth and coalescence in single crystal nickel显示文摘	Potirniche G P Horstemeyer M F Wagner G J	2006	International Journal of Plasticity2006，22，：	1
9	The influence of modified intermetallics and Si particles on fatigue crack paths in a cast A356 Al alloy显示文摘	Gall K Yang N Horstemeyer M	1999	Fatigue Fract Eng Mater Struct1999，26，6：	1
10	Lattice orientation effects on void growth and coalescence in fcc single crystals显示文摘	Potirniche G P Hearndon J L Horstemeyer M F Ling X W	2006	International Journal of Plasticity2006，22，：	1
11	Lattice orientation effects on void growth and coalescence in fee single crystals显示文摘	Potirniche G P Hearndon J L Horstemeyer M F	2006	International Journal of Plasticity2006，22，：	1
12	The debonding and fracture of Si particle during the fatigue of a cast Al-Si alloy显示文摘	Gall K Yang N Horstemeyer M F	1999	Metall Trans A1999，30，：	1
13	Microstructure-based fatigue modeling of cast A356-T6 alloy显示文摘	McDowell D L Gall K Horstemeyer M F	2003	Engineering Fracture Mechanics2003，70，：	1
14	Atomistic finite deformation simulations :a discussion on length scale effects in relation to mechanical stresses显示文摘	Horstemeyer Mark F Baskes M I	1999	Journal of Engineering Materials and Technology1999，121，：	1
15	On the numerical implementation of 3d rate-dependent single crystal plasticity formulations 显示文摘	LING X HORSTEMEYER M F POTIRNICHE G P	2005	International Journal for Numerical Methods in Engineering2005，63，4：	1
16	Atomistic finite deformation simulation: A discussion on length scale effects in relation to mechanical stresses显示文摘	Horstemeyer M F Baskes M I	1999	Journal of Engineering Materials and Technology T-ASME1999，121，：	1
17	A study on the structure and mechanical behavior of the Terrapene carolina carapace: a pathway to design bio-inspired synthetic composites显示文摘	Rhee H Horstemeyer M Hwang F Y	2009	Materials Science and Engineering C2009，29，8：	1
18	Structure-proper- ty quantification of corrosion pitting under immersion and salt-spray environments on an extruded AZ61 magnesium alloy显示文摘	Martin H J Horstemeyer MF Wang P T	2011	Corrosion Science2011，53，：	1
19	Micromechanismof multistage crack growth in high-strength aluminum alloy显示文摘	Xue Y Kadiri H E I Horstemeyer M F	2007	Acta Mater2007，55，：	1
20	Identification and modeling of fatigue crack growth mechanisms in a die-cast AMS0 magnesium alloy 显示文摘	Kadiri H E Xue Y Horstemeyer M F	2006	Acta Mater2006，，54：	1

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