The specific CEA contributions have been the engineering, structural and thermal analysis.
CEA has contributed to the design and integration tasks in the frame of the representative equatorial port plug EQ 01, in particular on the engineering, structural and thermal finite element analysis.
As the result, the study of glycosylation could not rely purely on biochemical methods; instead it requires a multidisciplinary approach utilizing a variety of methods including genetic manipulation and glycosylation pathway engineering, structural and functional proteomic analysis, chemical and enzymatic synthesis, development of glycosylation probes and glycan microarrays.
The situation gets worse if one aims to insert multiple sequences in dual-expression vectors, as for instance required for co-expression studies in metabolic engineering, structural and synthetic biology [ 3- 6].
Studio Gang is on to something here: a creative fusion of nature, found materials, inventive engineering, structural economy, and a matter-of-fact environmental awareness.
Applications of nanotechnology are plentiful, including (but not limited to) drug delivery, energy storage, energy harvesting, optics, electronics, optoelectronics, catalysis, tissue engineering, structural materials, and sensing.
His research interests include seismic engineering, structural analysis methods, and repair and strengthening of building structures, including experimental and numerical activities on RC structures.
He has published more than 20 papers in the field of structural engineering, structural analysis, earthquake engineering, and structural health monitoring using changes in static and dynamic characteristics.
The new procedure has wide application in biological material characterization and in biomimetic engineering of structural and functional materials.
CNTs have been used in two main areas of bone tissue engineering; for structural and electrical enhancement of polymers and ceramic composites and for nanostructured coatings to improve the bioactivity of implant surfaces [10].
Formal accident analyses have traditionally focused on engineering design, structural and functional factors, (e.g., component unreliability, software malfunction), apparent human behavioural failures and limitations (e.g., 'operator error'), or both.
