Fluid-Deposition of Rocks is Natural Model for Additive Production

Abstract

All created in the Nature is the result of natural technology. Solutions from Nature can be incentive for artificial, man's technology of living (biotechnology) and technology of abiogenesis. We have set ourselves the question what is a natural additive model for making parts. After geological analysis and playback of some products of Nature and man-making procedures of additive components was found. Natural model for these procedures to create additive components is the formation of sedimentary rocks 3,75 billion years ago. At the same time we made systematization of additive production and additive manufacturing of these procedures, the first revolutionary change in the primary shaping after 4,3 billion years.

From Virtual Reconstruction to Additive Manufacturing: Application of Advanced Technologies for the Integration of a 17th-Century Wooden Ciborium

“…It is a particularly strong polymer with better mechanical properties than PLA; these characteristics drove the choice of this material for this study [ 9 , 21 , 41 ]. PETG is not always preferred over PLA or other polymers in restorations, partly due to cost implications that often influence the initial choice of material to be used, and studies on the variation of mechanical properties as a function of the parameters of the 3D printing process are still generally limited [ 42 , 43 ].…”

Characterisation of Polyamide (PA)12 Nanocomposites with Montmorillonite (MMT) Filler Clay Used for the Incremental Forming of Sheets

“…The mentioned polymer is white and in powder form with an average grain size of 60 μm [64]. It is primarily used in the additive selective laser-sintering (SLS) process to shape an object [65,66,67,68] with excellent material properties, such as high strength and stiffness, excellent long-term constant behaviour and bio-compatibility [64]. According to the manufacturer’s data [64], this PA12 2200 polymer has the melting temperature at T m = 176 °C.…”