Material Engineer required for an Individual Project
Budget: $150 – $350 USD
Intro:
This project will talk about the pour’s materials and the craterisation of it. It will talk about the heat lost by incorporating porosity in a monolithic material. In the future it will measure the lattice topology and specimen size were synthesised using polymer based additive manufacturing, also it will use 3D printers and polymer filaments to manufacture such polymer lattices
Aim:
Porous materials need to be accurately and quantitatively characterised based on the prediction of the internal structural information. These materials' internal structures are reflected in the physical features they exhibit; hence it is important to comprehend them properly to improve them. However, the study will investigate the thermal internal lattices and find the conductivity. This study will be based on an experimental investigation of the thermal behaviour of porous materials utilising both experiment and numerical methods.
This project will talk about the pour’s materials and the craterisation of it. It will talk about the heat lost by incorporating porosity in a monolithic material. In the future it will measure the lattice topology and specimen size were synthesised using polymer based additive manufacturing, also it will use 3D printers and polymer filaments to manufacture such polymer lattices
Aim:
Porous materials need to be accurately and quantitatively characterised based on the prediction of the internal structural information. These materials' internal structures are reflected in the physical features they exhibit; hence it is important to comprehend them properly to improve them. However, the study will investigate the thermal internal lattices and find the conductivity. This study will be based on an experimental investigation of the thermal behaviour of porous materials utilising both experiment and numerical methods.