Introduction to Recycled Components

What is/are Recycled Components?

Recycled Components - This paper focuses on the applicability of the Christensen and Anderson model (CA model) and the Olard-Di Benedetto (2S2P1D) model for bitumen samples containing different amounts of recycled components using various objective functions in the optimisation process. ^[1] In the example presented, students from Electrical Engineering, Mechanical Engineering, Industrial Design, Game Design, VR & Immersive Media, Animation & VFX and Game Design programs collaborated using primarily found or recycled components to build a bespoke, human powered "VR Cycle" ride, integrated with original VR experiences developed for the ride. ^[2] This paper analyzes the relationships between new materials and recycled components with a specific purchase/ manufacturing cost, machine yield and capacity, and lead time. ^[3] The investigation described in this paper focused on the performance-related characterization of cementitious Fluidized Thermal Backfills (FTBs) containing recycled components derived from pavement maintenance and aggregate or stone processing operations. ^[4] The convergence of glucose C positions in soil and microbial biomass revealed that recycling and modification of recycled components dominated glucose transformation. ^[5] At the same time, the quantity and price of recycled components on End of Life (EOL) and used mobile phones also have important impacts on the selection of 3PRLs. ^[6] The unsupervised method uses $k$ -means clustering and Silhouette value analysis to detect suspect recycled components with very little (if any) golden information. ^[7] Recycled components from the subducted (Paleo-) Pacific slab have frequently been recognized in Cenozoic basalts from the eastern North China Craton (NCC). ^[8] Radiogenic isotope signatures of trace elements in OIB are consistent with a variety of crustally-derived recycled components in their source that are suggested to reside in the plume as eclogite or their pyroxenitic melt-reaction products. ^[9] Originality/value Previous studies failed both to develop a holistic recycling production plan which is able to consider both the optimal combination of recycled components used and final green products produced with the maximum total resultant sales profit and to consider the potential failure phenomenon of recycled components adopted in the final product. ^[10]