The novel flexible pneumatic robot proposed here realizes both in-pipe and open-space locomotion by integrating expansion-type pneumatic hollow-shaft actuators and a pneumatic rotary steering mechanism.
Accurate understanding of stem cell metabolism is critical for the rational design of culture parameters such as oxygen tension and feeding regime in bioreactors towards efficient integrated reprogramming, expansion, and differentiation processes at large scale.
An algorithm that integrates Karhunen Loeve expansion (KLE) and finite element method (FEM) is proposed to carry out random vibration analysis of complex dynamic systems excited by stationary or non-stationary random processes.
Such a dual growth mechanism would allow plants to dynamically de- and accelerate cellular expansion, integrating multiple distinct, possibly conflictive internal and external triggers.
The cumulative area expansion rate of the whole wing blade is ln(A/ A0), where A0 is the tissue area when recording starts (∼16 hAPF), can be obtained by integrating the area expansion rate v over time.
By integrating a fast expansion step with an efficient differentiation process, this strategy significantly reduced the time and improved the yields of the neuronal differentiation, when compared to the standard static differentiation protocols.
Further genetic and functional research will be required to elucidate the fitness landscapes integrating viral pressures, expansion of the A3 repertoire and concomitant risks for the own genetic information.
Finally, a squeal instability analysis model considering imprecise uncertainty is established by integrating evidence theory, Taylor expansion, subinterval analysis and surrogate model.
This was accomplished by integrating human NT2 cell expansion and differentiation in a two-step bioprocess.
An algorithm that integrates Karhunen-Loeve expansion (KLE) and the finite element method (FEM) is proposed to perform non-stationary random vibration analysis of structures under excitations, represented by multiple random processes that are correlated in both time and spatial domains.
The application of multiple expansion integrated with reheating processes aims to overcome the limitation of the ammonia being wet fluid and fully harness the huge pressure difference that chemisorption can offer for power generation, leading to the improvement of energy efficiency.
