Robotics-innovations
Robotics is an interdisciplinary exploration zone at the interface of
software engineering and designing. Apply autonomy includes structure, development, activity, and utilization of robots. The objective of mechanical technology is to plan astute machines that can help and help people in their everyday lives and guard everybody. Apply autonomy draws on the accomplishment of data designing, PC building, mechanical building, electronic designing and others. Mechanical technology creates machines that can fill in for people and imitate human activities. Robots can be utilized by and large and for some reasons, however today many are utilized in perilous conditions (counting investigation of radioactive materials, bomb identification and deactivation), fabricating forms, or where people can't endure (for example in space, submerged, in high warmth, and tidy up and regulation of risky materials and radiation). Google is wanting to create specialist robots with characters. The innovation goliath as of late won a patent for the aspiring task. Designers will empower the machines to download characters from a cloud-based framework. The robots have the ability to store and show different characters while associating with people. Saul Robot is intended to help battle fatal ailments like the Ebola infection. The machine was conveyed by the Air Force to kill the infection in rooms where isolate methodology are directed on help laborers. Created by Xenex, Saul destroys hints of Ebola utilizing amazing beats of profoundly lively bright beams. It separates and debilitates cell dividers of the infection.
High Impact List of Articles
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Intermetallic-reinforced boron carbide (B4C) composites produced through stir casting processing
E.Subba Rao, N.Ramanaiah Original Article: Composite Materials: An International Journal
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Intermetallic-reinforced boron carbide (B4C) composites produced through stir casting processing
E.Subba Rao, N.Ramanaiah Original Article: Composite Materials: An International Journal
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Corrosion characterization of a synthesized novel 1,5-dimethyl-4-((2-methylbenzylidene) amino)-2-phenyl-1H-pyrazol-3(2H)-one (DMPO) derivative on aluminiumalloy in hydrochloric acid solution
R.D.Pruthviraj Original Article: Composite Materials: An International Journal
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Corrosion characterization of a synthesized novel 1,5-dimethyl-4-((2-methylbenzylidene) amino)-2-phenyl-1H-pyrazol-3(2H)-one (DMPO) derivative on aluminiumalloy in hydrochloric acid solution
R.D.Pruthviraj Original Article: Composite Materials: An International Journal
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Antibacterial and release properties of Ag nanoparticles on dopamine coated carbon nanotubes
Chen Zhuang, Xiangping Hao,Wenchao Liu, Shougang Chen Original Article: Composite Materials: An International Journal
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Antibacterial and release properties of Ag nanoparticles on dopamine coated carbon nanotubes
Chen Zhuang, Xiangping Hao,Wenchao Liu, Shougang Chen Original Article: Composite Materials: An International Journal
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On the stability of dufour- driven generalized double-diffusive shear flows
Hari Mohan, Pardeep Kumar, Sada Ram Original Article: Composite Materials: An International Journal
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On the stability of dufour- driven generalized double-diffusive shear flows
Hari Mohan, Pardeep Kumar, Sada Ram Original Article: Composite Materials: An International Journal
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Studies on the rheological properties of cashew nut shell powder (anacardium accidentale) and carbon black on natural rubber vulcanisates
P.A.P.Mamza, I.A.Okele, P.O.Nkeonye Original Article: Composite Materials: An International Journal
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Studies on the rheological properties of cashew nut shell powder (anacardium accidentale) and carbon black on natural rubber vulcanisates
P.A.P.Mamza, I.A.Okele, P.O.Nkeonye Original Article: Composite Materials: An International Journal
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