Engineering Design - Magnetic Field Mapping System (CAD, Arduino, rendering)

Background

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Of primordial importance for the fabrication of certain type of pumps is the availability of building solenoids that can generate a homogeneous magnetic field as the latter is responsible for the forces that give origin to the pumping [login to view URL] need to measure the magnetic field generated by a solenoid, a group of solenoids, stand-alone, and once assembled inside an electromagnetic pump. Please look the attached figures. For the latter we conceptually thought of a CNC gantry or robotic arm with a Hall Effect probe, interfaced with a computer. The system would measure the 3 components of the magnetic field, position and time, sending these values to the computer for storage and processing. Although for 1 solenoid a vertical probe is acceptable, for the measurement inside the annulus once the solenoids are inside the pump, a horizontal position seems to be a better option. We also need to detect the edges of the solenoids (or annulus).

Your job

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Design a magnetic field mapping system for 1 solenoid

Design a magnetic field mapping system for a system of 2 solenoids separated a distance L (continuation of the first task)

Design a magnetic field mapping system for the field generated in the annulus (annular section of a pipe) inside the pump and at its proximities.

Deliverable

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1.- CAD files (.step files with the 3D design including electronics)

2.- Engineering / Technical drawings (2D projection drawings)

3.- Bill of Materials

4.- Renderings

5.- Documentation explaining the design and assembling (include a 2 pages extended abstract)

6- Basic control and data acquisition software with documentation

Note 1: the basic software should be able to generate a table with the following rows: x, y, z, t, Bx, By, Bz. Prefer programming languages Arduino Sketch, MATLAB and Visual Basic

(.Net). Simulations using Simulink welcome.

Note 2: This work will be part of a project proposal requesting funds to build it.

Note 3: Preferred CADCAE software Autodesk Fusion 360, Autodesk Inventor (other software accepted but the autodesk family is preferred)

Payments:

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1.- 10% upon delivery task 1

2.- 10% upon delivery task 2

3.- 5% upon delivery task 3

4.- 5% upon delivery task 4

5.- 10% upon delivery task 1

6.- 10% upon delivery task 2

7. - 50% final payment upon review and updates if needed

Bonus available for performance and extras (i.e. modeling and simulations, stress and thermal analysis, dynamics, etc).

Arduino Diseño de productos Instrumentación Ingeniería CAD/CAM

Nº del proyecto: #23544686

Sobre el proyecto