1663 papers
This research optimizes the hydropower generation of Iran's Upper Gotvand power plant following a 640 MW capacity expansion and determines that a 50 to 60 MW installation capacity for the Gotvand regulating dam yields the most efficient water resource utilization over a 64-year simulation period.
This study utilizes an Aspen Plus equilibrium model to demonstrate the technical viability of integrating nuclear microreactor-supplied steam with biomass oxy-steam gasification, achieving high hydrogen yields (88–97 g/kg) and enhanced operational stability as a scalable, low-carbon pathway for net-zero energy transition.
This study demonstrates that integrating *Typha* plants into a constructed wetland coupled with a microbial fuel cell significantly enhances the removal of pollutants from textile wastewater while simultaneously generating bioelectricity.
This paper proposes a Model Reference Adaptive Control (MRAC) strategy for automated, closed-loop anesthesia depth regulation using propofol and remifentanil that effectively handles inter-patient variability and time-varying delays without requiring patient-specific tuning, achieving stable Bispectral Index (BIS) maintenance within the clinically acceptable range of 40–60 in heterogeneous virtual patient simulations.
This paper proposes a resilient and adaptive method for extracting geological features from seismic images by applying Independent Component Analysis (ICA) to learn sparse basis functions for edge detection, demonstrating its effectiveness through comparisons with classical techniques.
This paper proposes a schedule-overlap innovation for sabkha soil foundations that utilizes a pre-loaded, pre-moistened design with vertical water injection to trigger controlled collapse settlement during construction, thereby reducing the pre-superstructure phase by 62% and minimizing post-commissioning settlement compared to conventional methods.
This study demonstrates that antisymmetrical four-point bending tests on side-tapered Sitka spruce samples with sufficient depth and appropriate gauge thickness provide an effective method for characterizing shear properties in the radial-tangential plane, whereas V-notched samples require further optimization.
This study demonstrates that a composite modification of reclaimed asphalt pavement (RAP) using nano Fe2O3 and waste cooking oil simultaneously optimizes mechanical performance against rutting, moisture damage, and thermal cracking while offering significant environmental benefits through life cycle assessment.
This paper presents a fully GPU-based workflow that leverages the differentiable JAX-Fluids solver to generate data and perform residual-based refinement, enabling the creation of physics-aware neural emulators for hypersonic flows that maintain high fidelity and physical consistency beyond their training distribution.
The paper introduces FieldCore, a fully multiplexed photonic tensor core that leverages inverse-designed silicon photonics to simultaneously harness five optical dimensions, achieving an estimated 69.12 TOPS throughput and enabling high-fidelity, parallel processing for diverse computational workloads.