As a customer-driven tool, quality function deployment (QFD) is widely used in product planning or improvement to achieve higher product performance and customer satisfaction.
Compared to single-material automotive bodies, multi-material automotive bodies allow optimal material selection in each structural component for higher product performance and lower cost.
Multi-material design is known as a material selection strategy used to achieve higher product performance, weight savings and cost reduction.
As a customer-driven product development methodology, quality function deployment (QFD) is a widely used methodology to translate customer requirements (CRs) into engineering characteristics (ECs) to achieve higher product performance and customer satisfaction.
Plug flow is shown to have superior performance when high product concentration is needed, if autolysis or other undesirable late emerging phenomena occur, and when non-sterile fermentation using slow-growing microorganisms is undertaken.
But when you are in a business that is constantly making higher and higher performance products, it's hard to stop.
Once the optimal fuel additives are designed, the optimal conversion pathways in terms of highest product yield and economic performance that convert biomass into the optimal fuel additives are identified.
Results point out the role of informal contractual arrangements in this local production system characterized by social cohesion, entailing higher product quality and better economic performance.
According to PROTON Way, the Malaysian automotive industry itself is moving forward towards preparing lean implementation such as high level performance, product quality improvement, lower cost of production, market price; maximize customer satisfaction, elimination of waste and defects, and strengthening relationships with suppliers (PROTON Annual Report 2011).
Understanding the interface between polymer and biomass in composite products is important for developing high performance products, as the quality of adhesion at the interface determines composite properties.
