Package Testing

A package testing secondary system (202), the system (202) comprising:

• a processor (402);
• and
• a memory (406) coupled to the processor (402), the memory (406) comprising:
• an equation generator module (414) wherein the equation generator module (414) is configured to
• obtain secondary input data, one or more interpolation constant and simulation data, wherein the secondary input data includes one or more package design data, Tests parameters, Tests conditions, material data;
• and
• generate at least one package testing equation utilizing the one or more interpolation constant and the secondary input data;
• a computation module (416), wherein the computation module (416) is configured to compute one or more of a stress, a strain, a damage coefficient, collective stress collective strain and collective damage coefficient utilizing the one or more package testing equation and the secondary input data, wherein the damage coefficient is indicative of the damage sustained by the package;
• and
• an package evaluation module (210), wherein the evaluation module (210) is configured to evaluate the package design based on one or more of the stress, the strain, the damage coefficient, the collective stress, the collective strain and the collective damage coefficient and a failure identification matrix to enable optimized package design.

A non-transitory machine-readable medium having embodied thereon a machine readable instruction for executing a method for package testing and identification, the method comprising:

• generating one or more package testing equation utilizing a interpolation constant and a secondary input data, wherein at least one interpolation constant are developed utilizing, a primary input data, a simulation data, a filtering criterion;
• computing one or more of a stress, a strain, a damage coefficient, collective stress collective strain and collective damage coefficient utilizing the one or more package testing equation and the secondary input data, wherein the damage coefficient is indicative of the damage sustained by the package;
• and
• evaluating the package design based one or more of the stress, the strain, the damage coefficient, the collective stress collective strain and the collective damage coefficient and a failure identification matrix to enable optimized package design.