Sociospatial reframing of walking through inclusive streets and urban heritage by Wang, Yongcheng

“…The inclusive street design regime was also found to be compatible with the notion of urban heritage in a meta-narrative review to explore the potential of urban heritage being repositioned for urban and transport planning in which the promotion of walking is a high priority. …”
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Dynamic fracture mechanics of FRP-concrete interface by Li, Gen

“…It was found that the two bond properties were close to those of plain concrete in the quasi-static regime and showed significant dynamic enhancing effect at a loading rate of 20 mm/s. …”
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Design of a supply- and temperature-invariant capacitive sensor interface for low power applications by Arup Kocheethra George

“…Most importantly, the CDC should operate in an ultra-low power regime. Since the full-scale capacitance change of practical capacitive sensors is limited, the CDC has to achieve sensing resolutions of several femto-farads. …”
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Near-IR and mid-IR (1.55 μm – 2 μm) silicon photonics devices on silicon-on-insulator (SOI) platform by Zhang, Zecen

“…Furthermore, the mid-infrared (MIR, 2-15 μm) band is also very crucial as many gases and molecules have unique absorption fingerprints in this regime. Hence there is enormous interest in practical realization of passive and optoelectronic devices operating in the MIR range, including optical sensing and environmental monitoring, free-space communications, bio-medical and thermal imaging. …”
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Dynamics and stability of evaporating and condensing liquid layers by Wei, Tao

“…With the 1.5-sided model, a regular non-rupture stable pattern is found in the Rayleigh–Taylor unstable layer due to local evaporation and condensation in the diffusion-limited regime. This is in sharp contrast to the prediction of the one-sided model without the convective and diffusive effects of vapor, where local rupture always occurs in finite time. …”
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Investigations into femtosecond laser hybrid manufacturing for 3D power sources by Tham, Nicholas Cheng Yang

“…A thermally localised laser graphitisation (LLG) regime can then be identified to achieve in-situ PG integration. …”
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