Raw material requirements are designed including effective components, quality disturbance components, and environmental risk components.
One key observation from the literature was that, while thickness primarily controls fatigue cracking, material requirements are the primary factor governing other distress mechanisms.
In these two devices, the device performance is critically dependent on the polymer; the material requirements are detailed, and the shortcomings of currently used polymers highlighted with a view to furthering the development of new materials.
Materials requirements are presented, and candidate alloys for use in an SCWR core are introduced.
While remodeling prices aren't dropping at the rate of, say, houses or financial stocks (which in many markets have halved), some costs are dropping enough that certain projects–if the size and materials requirements are just right are becoming increasingly affordable.
It is straightforward, rapid, has a low material requirement, is relatively cheap and it can be automated; all features that make it suitable for routine testing in a clinical context.
While the inclusion of materials requirements is standard in the design process of engineered bone substitutes, it is also critical to incorporate clinical requirements in order to engineer a clinically relevant device.
The operating and ambient environmental conditions during supersonic flight and the resulting material requirements have been discussed; and consequently various aerospace aluminum alloys, titanium alloys, superalloys, and composites have been recommended.
Despite the lower cost compared to existing insulation materials, strict requirements are put on these thermal insulation materials.
New methods are developed to target sustainability ambitions, such as the DCBA-method (Teeuw 2010), in which for every aspect, ecology, water, green, traffic, materials etc. requirements are set for level A to D which are aimed to be realised in the plan.
Material performance requirements were analyzed and alternative solutions were evaluated among various austenitic, ferritic and martensitic stainless steels.
