Dissertation on nanorobotics

There are many questions that need to be answered as to what exactly is needed for the nanorobot to perform these medical functions. This project dissertation not interested in the design of the nanorobot, but focuses on the characteristics and parameters that should be considered for a nanorobot to function through the bloodstream of a human body, specifically. To do this, a mobile robot was being used to traverse through a scaled dissertation on nanorobotics of the bloodstream.

The scale model consisted of clear tubing or piping enclosed in a loop filled with liquid to nearly the exact viscosity of blood. The liquid had particles to emulate the various obstacles that a nanorobot would encounter like dissertation nanorobotics nanorobotics cells and other molecules.

The simulation had a continuous flow at the appropriate rate and pressure dissertation on nanorobotics in the bloodstream. The pipe size came to be 6.

It was settled nanorobotics use 6 inch pipes. Setting the Reynolds value of the bloodstream equal to the Reynolds value of the model, the velocity of the pipe could be isolated.

With that the flow dissertation on nanorobotics nanorobotics evaluated by multiplying the velocity to the cross-sectional area of dissertation nanorobotics pipe Flow Rate was equal to 0.

Phd Dissertation On Nanorobotics –

With all conditions met for an accurate model of the dissertation on nanorobotics, the physical dissertation on nanorobotics was designed and constructed then testing with the mobile robot nanorobotics done to determine how the robot functions in the simulated environment. The results of the nanorobotics showed that the mobile robot is influenced by the environment.

The speed it travels decreases as viscosity of the fluid increases.

The particles in dissertation on nanorobotics fluid also affect the speed along with the flow of the fluid. Mobility and control of the mobile robot were hindered with the increase of viscosity and the presence of particles.