... are making of glass cookware, flashlights, semiconductors, microwave, and ovens [ 1 ]. Micromachined glass has numerous applications in industries like electronics and communication, biomedical devices, aerospace, and optical devices. Due to the increase in demand for micro-opto-electro-mechanical systems...

... manufacturing micromachining machining models micromachining dynamics advanced materials and processing machine tool dynamics micro- and nano-machining and processing Micro/meso-scale mechanical machining processes (i.e., M 4 processes) are a class of manufacturing processes aimed...

...Bao Le; Jibran Khaliq; Dehong Huo; Xiangyu Teng; Islam Shyha Micromachining of nanocomposites is deemed to be a complicated process due to the anisotropic, heterogeneous structure, and advanced mechanical properties of these materials associated with the size effects in micromachining. It leads...

...Bao Le; Jibran Khaliq; Dehong Huo; Xiangyu Teng; Islam Shyha Micromachining of nanocomposites is deemed to be a complicated process due to the anisotropic, heterogeneous structure and advanced mechanical properties of these materials associated with the size effects in micromachining. It leads...

... Ozdoganlar. 24 04 2013 20 08 2014 26 11 2014 The objective of this research is to examine the micromachining responses of a hierarchical three-phase composite made up of microscale glass fibers that are held together by an epoxy matrix, laden with nanoscale graphene platelets (GPL...

... difference but maintaining capacitance at a constant value. In the LIP-MM process, micromachining occurs at typical pulse energy levels ranging from 4  μ J to 6  μ J, and pulse repetition rates of 10 kHz. Hence, similar pulse energy levels of 4, 5, and 6  μ J were maintained in the micro-EDM process...

...; published online May 24, 2013. Assoc. Editor: Patrick Kwon. 11 06 2010 20 09 2012 Droplet spreading on a rotating surface has been modeled with an aim to design an efficient atomization-based cutting fluid (ACF) system for micromachining processes. To this end, single-droplet...

... values of forces and metal removal rate (MRR) have been validated experimentally. References [1] Masuzawa , T. , 2000 , “ State of the Art of Micromachining ,” CIRP Ann. , 49 ( 2 ), pp. 473 – 488 . 10.1016/S0007-8506(07)63451-9 [2] Dornfeld , D. , Min , S. , and Takeuchi...

... 09 2012 21 09 2012 ductile-mode machining end-milling micromachining Hard and brittle materials are extensively used in precision product manufacturing. The strength and performance of parts made of brittle materials are very sensitive to the surface defects and hence...

...-Driven Shock Wave Through Aluminum Films by Ultrafast Microscopy ,” J. Phys. D , 42 , 045502 . 10.1088/0022-3727/42/4/045502 17 01 2011 30 09 2011 12 01 2012 12 01 2012 drilling laser ablation micromachining plasma production by laser laser-induced plasma...

... to the global coordinate system. 17 05 2010 21 10 2011 12 01 2012 12 01 2012 aluminium alloys cutting elasticity mean square error methods micromachining micromechanics milling The micro end milling process shows promise in producing miniaturized parts with complex...

... conduction lubrication micromachining temperature distribution thermoelasticity Workpiece thermal distortion is critical to the part dimensional accuracy and quality control in precision machining processes. The distortion is often caused by workpiece thermal expansion due to the conduction...

... that may be used to evade build-in system restrictions. aluminium industry cutting foils forming processes micromachining micromechanical devices 17 05 2010 21 02 2011 09 12 2011 09 12 2011 2011 American Society of Mechanical Engineers ...

... dimension control, size effect, and tool wear progression in micromachining of hardened tool steels are experimentally investigated. A strain gradient plasticity model is developed for micromachining of hardened H13 tool steel. Novel 2D finite element (FE) models are developed in software ABAQUS to simulate...

...Nithyanand Kota; Anthony D. Rollett; O. Burak Ozdoganlar With the increased application of micromachining, including micromilling and microdrilling, the need to develop accurate models for machining at the microscale has been recognized. In particular, the crystallographic effects...

...Nithyanand Kota; Anthony D. Rollett; O. Burak Ozdoganlar For a range of precision machining and micromachining operations, the crystallographic anisotropy plays a critical role in determining the machining forces. Part II of this work presents the calibration and validation of the rate-sensitive...

...Yibo Gao; Yun Zhou; Benxin Wu; Sha Tao; Ronald L. Jacobsen; Bill Goodman Silicon carbide, due to its unique properties, has many promising applications in optics, electronics, and other areas. However, it is difficult to micromachine using mechanical approaches due to its brittleness and high...

... and ornamental stone cutting. Therefore, the mechanics of these processes has been an important object of research for many years. granite cracks fracture chip cutting force brittle fracture brittleness cracks cutting grinding micromachining 18 12 2009 19 01 2011 07 03...

... processes. micromachining intelligent segmentation trajectory generation feedrate optimization aerospace components automotive components cutting fans micromachining milling precision engineering splines (mathematics) 13 11 2009 28 10 2010 07 03 2011 07 03...

... and decrease burr. 31 10 2009 29 11 2010 31 01 2011 31 01 2011 drilling laser beam machining micromachining nickel alloys superalloys mechanical microdrilling tool life laser hybrid machining Drilling is a major material removal process in industry...