Analysis of comfort performance of a multi-layered seat cushion via finite element methods

Key Points

• The aim is to analyze the comfort performance of a multi-layered seat cushion through advanced computational methods.
• Used finite element methods to simulate stress distribution and comfort levels in layered materials.
• Evaluated mechanical properties and design aspects affecting user comfort.
• Conducted comparisons with traditional cushioning systems to assess improvements.
• The multi-layered cushion demonstrated improved stress distribution compared to standard designs.
• Comfort ratings increased significantly due to optimized material layering and design features.