Inverse design machine and making a designer impact-mitigating architectured isotropic structure

A method of operating a manufacturing machine for manufactured article with aid of an inverse design machine, comprising:

• providing the inverse design machine with a primary structure for a manufactured article and with impact-mitigating properties for the manufacturing machine,
• the primary structure comprising a plurality of structural members arranged in the primary structure that collectively provide primary properties to the manufactured article and that comprise a primary shear modulus and a primary bulk modulus that provide a primary torsional rigidity and a primary compression rigidity of the manufactured article being made by the manufactured article;
• and
• the impact-mitigating properties comprising an impact-mitigating shear modulus and an impact-mitigating bulk modulus that provide an impact-mitigating torsional rigidity and an impact-mitigating compression rigidity for the manufactured article being made by the manufacturing machine, such that the impact-mitigating properties provide the manufactured article with greater structural impact mitigation than the primary properties;
• receiving the primary structure from a primary designer;
• initiating a point-by-point analysis on the primary structure in the inverse design machine;
• determining the primary properties of the primary structure with a primary structure analyzer of the inverse design machine;
• receiving, by a structure adjuster of the inverse design machine, the primary properties from the primary structure analyzer and the impact-mitigating properties from a structural property manager of the inverse design machine;
• adjusting, by the structure adjuster, the structural members in the primary structure until the structural members collectively conform to the impact-mitigating properties such that the primary structure is structurally modified into a designer impact-mitigating architectured isotropic structure that comprises the impact-mitigating properties;
• controlling the operation manufacturing machine in accordance with the designer impact-mitigating architectured isotropic structure by the inverse design machine;
• initiating formation of the manufactured article by controlling a position of a print head of the manufacturing machine under control of the inverse design machine in accord with the designer impact-mitigating architectured isotropic structure;
• constantly determining the position of the print head of the manufacturing machine during formation of the manufactured article;
• constantly providing the inverse design machine with the position of the print head;
• repetitively performing in the inverse design machine, at frequent intervals during formation of the manufactured article, corrections to the position of the printer head based on designer impact-mitigating architectured isotropic structure and to monitor completion of formation of the manufactured article by the manufacturing machine
• communicating corrections to the position of the printer head from the inverse design machine to the manufacturing machine;
• correcting the position of the printer head by the manufacturing machine based on the corrections received from the inverse design machine;
• and
• completing formation, by the manufacturing machine under control of the designer impact-mitigating architectured isotropic structure from the inverse design machine, the manufactured article that comprises the designer impact-mitigating architectured isotropic structure instead of the primary structure.