Overview
ISO 17282:2004 - Plastics - Guide to the acquisition and presentation of design data - provides guidelines for collecting and presenting material property data needed to design with plastics. The standard emphasizes data formats and test conditions required by computerised design and simulation tools. It covers data for polymer melt flow during manufacture and data needed to predict mechanical performance in service for unfilled, filled, short-fibre and continuous-fibre reinforced plastics.
Key topics and requirements
- Targeted data for CAE and design: identifies material properties required for finite element analysis (FEA), processing simulation and life‑prediction models, including stress/creep/relaxation data and processing-related properties.
- Processing simulation parameters: guidance on acquiring rheological and thermal data used in injection moulding, extrusion, blow moulding and thermoforming simulations (e.g., melt viscosity, pvT behaviour, thermal conductivity, specific heat).
- Mechanical and failure properties: recommendations for tensile/modulus values, Poisson’s ratio, creep compliance, fatigue and rupture strengths, and anisotropic parameters for fibre-reinforced materials.
- Data presentation and symbols: standardized symbols and tabulated parameters to ensure consistent exchange and database integration with design software.
- Preferred test methods and specimens: references to established ISO test methods (e.g., ISO 527, ISO 6721 series, ISO 11357 series) and notes on specimens for anisotropy and orientation effects.
- Data acquisition and analysis: recommended procedures for measurement, post-processing and interpretation so data are usable by simulation codes; includes informative annexes showing application examples (FEA and processing simulation).
Practical applications and users
ISO 17282 is practical for:
- Materials engineers and suppliers preparing design data sheets and material databases for thermoplastics and composites.
- CAE analysts and product designers who require consistent, simulation-ready material inputs for structural FEA and processing simulation.
- Tooling and moulding engineers using polymer flow simulations (injection moulding, extrusion) to predict fill, orientation and cooling.
- Quality and standards teams who must harmonize test conditions and data presentation for procurement and supplier comparison.
Benefits include improved interoperability between databases and design tools, more reliable simulation results, and better materials selection for load‑bearing plastic components.
Related standards (select)
Keywords: ISO 17282, plastics design data, processing simulation, injection moulding data, mechanical performance, material properties, finite element analysis.
