This business is broadly classified into consumables and durables. The materials and design paradigms for each are different.
The consumables market places a high demand on plastic and paper packaging. Plastic components are blow molded or injection-molded with bottle caps, typically injection molded. Drop testing of these components is an important design requirement. Properties are needed for the simulation of all these stages. Storage of these products also places requires an understanding of the creep characteristics of the packages. Visco-elastic behavior is often characterized in this regard as well as classical creep
Also part of the consumables market are products like toothbrushes and razors which are designed with a high degree of precision. A wide range of design tools are used and the properties needed range widely, including properties for injection-molding, extrusion and non-linear structural analysis.
The durables market ranges from cell phones to computers to appliances. This market segment has sheet metal forming, injection molding and computer chip design as manufacturing processes. Needed design properties include those for computer simulation of sheet metal forming, injection molding and chip overmolding. Additionally, FEA methods are used for drop testing, non linear NVH, fatigue and creep assessments.
|G-711||Abaqus Elastic and Plastic model (*ELASTIC *PLASTIC)|
|G-720||Abaqus Hyperelastic Incompressible (*HYPERELASTIC)|
|G-910||MSC.MARC Creep/Stress Relaxation Model|
|G-709||Abaqus Finite Elastic Plasticity (*HYPERELASTIC *PLASTIC)|
|G-712||Abaqus Rate Dependent Viscoplastic (*RATE DEPENDENT)|
|Q-123||Extrusion Blow Molding Processability|
|G-007||Moldflow/C-MOLD Uncorrected Anisotropic Shrinkage|
|G-114||Moldflow CRIMS Shrinkage|
|M-204||Tensile Stress-Strain, Strength, and Modulus|
|R-011||Capillary Rheology (1 Temperature)|
|M-206||Tensile Stress-Strain, Strength, Modulus and Poisson's Ratio|
|M-232||High Speed Tensile Stress-Strain|
|M-205||Tensile Properties of Elastomers|
|M-615||Creep-Relaxation by DMA-tensile, compressive or flex|
|M-410||Dynatup Instrumented Impact|
|M-015||Flexural Modulus and Strength|
|SP-105||Specimen Machining Services|