Category: Engineering & Energy
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New energy reserve capacity can help primary frequency recovery
This research indicates that appropriate reserve capacity from new energy generation can help the power system recover frequency more quickly after a disturbance.
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CAES model supports active power regulation services
This research indicates that a compressed air energy storage model using dual closed-loop control can better meet frequency regulation requirements in power systems.
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Wire mesh confinement increased brick pillar strength
This research indicates that wire mesh confinement can increase the strength of fly ash brick pillars and avoid sudden brittle failure.
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Fatigue performance depended mainly on surface integrity and defects
This research indicates that in laser powder bed fusion Ti6Al4V, lower layer thickness and surface finishing improved axial fatigue performance, while microstructural differences played a smaller role.
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Noise can be treated as a measurable signal
This research indicates that noise in delicate measurements can sometimes be the signal of interest and should be quantified.
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Scheduling model addresses multiple resources in pallet automation systems
This research indicates that a multiresource-constrained flexible job shop scheduling model for pallet automation systems was developed to minimize makespan and handle fixture pallets and setup stations.
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Top-plate dividing SAR ADC reduces capacitance and power
This research indicates that a 12-bit, 10 MS/s two-step sub-ranging successive approximation register analog-to-digital converter can use top-plate dividing to support residue amplification in a single-stage design while reducing capacitive digital-to-analog converter capacitance and relaxing residue-amplifier power demands.
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Brake pad materials differ in thermal and structural performance
This research indicates that ceramic, semi-metallic, and non-asbestos organic brake pads show different thermal, wear, and stress responses under simulated braking conditions.
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Integrated desalination-hydrogen system produced electricity and freshwater
This research indicates that a double-pass reverse osmosis system can be integrated with a renewable hydrogen energy system to supply freshwater and electricity for a remote island, while the authors report a levelized cost of electricity of 0.165 $/kWh and a levelized cost of hydrogen of 40.5 $/kg.
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Architectural laboratories can reconnect practice with material agency
This research indicates that architectural laboratories can function as hybrid practices that reconnect architects with material agency while distinguishing extractive laboratories from laboratories of entanglement.
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