Technological advancement, the high cost of energy, and the continuous growing demands
of multitasking devices are the driving forces behind the huge market of compact …

This paper focuses on computational and experimental analysis of a simple serpentine
microchannel without obstacles and serpentine microchannel with semicircular obstacles of …

Passive micromixers are important microdevices in the field of microfluidics. It is necessary
to increase the mixing efficiency of the micromixer. In this paper, six micromixer models with …

Photochemical Machining (PCM) is a well-known tightly controlled selective corrosion
technique used to manufacture several micro and nano-size components high in quality and …

The chapter focuses on the history and the development of photochemical machining in
brief. The relevant studies related to photochemical machining and parametric effect are …

The microchannels are one of the most prominent components used in Lab on a chip device
for mixing applications. For effective mixing, microchannels with obstacles are commonly …

Taguchi-based experimental design technique has been a major research area for making
systematic approaches to understand the complex process of ball mill process parameters …

In the present work, machining of boron carbide (B4C) has been performed using ultrasonic
machining (USM) with the same material as abrasive particles. A comparative assessment of …

Generally Heat Sink is the inactive warmth exchanger that exchanges the warmth produced
by an electronic or a mechanical gadget to a liquid medium, for example, air or a fluid …

This investigation is focused on the surface integrity of Co-Cr L605 using photochemical
machining (PCM). The study focuses mainly on the effects of different manufacturing p ro …