Recently, the epigenome, a set of information regarding chemical modifications to DNA and DNA-associated proteins, has been extensively analysed to understand the molecular signatures that specify cell identity17.
The optimal solutions in such cases should therefore avoid overheating, which has not been extensively analysed in scientific literature discussing timber buildings.
The stress field and fracture propagation due to thermal loading in multi-layered and/or functionally graded composite materials are extensively analysed.
The developed edge termination structures are extensively analysed through numerical simulations, and experimental data on fabricated diode structures are correlated with simulation results.
Bond behaviour under short-term testing has been extensively analysed for steel reinforcement and many studies have been carried out for fibre reinforced polymer (FRP) reinforcement.
Three approaches to include building geometry with a different level of detail are extensively analysed through a comparison of geometrical properties, peak power, total energy use and overheating risk.
The state of the art of the industry of vitamins is extensively analysed with a description of both chemical and biotechnological systems that have been developed for the production of each vitamin.
The first two have been extensively analysed, but less attention has been paid to the third, even though it has a great influence on the lives of millions of people.
A coupled BEM/RANS approach, previously proposed for a simpler case with only rudder and propeller, has been extensively analysed to highlight the strength and the weakness of the method.
The impact of (i) lateral source/drain doping gradient (d), (ii) spacer width (s), (iii) spacer to doping gradient ratio (s/d) and (iv) silicon film thickness (Tsi), on short channel effects – threshold voltage (Vth) and subthreshold slope (S), on-current (Ion), off-current (Ioff) and Ion/Ioff is extensively analysed by using the analytical model and 2D device simulations.
The functional consequences of FHM gene mutations have been extensively analysed in cellular and animal models.
