... advanced energy systems energy conversion optimization renewable energy sustainability Abstract Achieving decarbonization targets requires optimizing the synthesis, design, and operation of multi-energy systems that meet end-user demand for different forms of energy, with the goal...

... to shorten the battery charging times while keeping the battery safe. In our earlier work, we proposed a novel optimal strategy for charging the lithium-ion battery based on electrochemical battery model using A performance index that aimed at achieving a faster charging rate while maintaining safe limits...

... with deeper wells, a new shear ram was needed. The development process used a new digital design optimization method, which replaced the traditional trial-and-error method. The new method combines finite element analysis-based 3D visualization simulations, automation toolkit method, and a multi-objective...

... Abstract Unmanned aerial vehicles (UAVs), particularly quadcopters, are increasingly prevalent in hazardous scenarios such as disaster rescue or military reconnaissance. To tackle these issues, optimizing their structural integrity is crucial for enhancing their effectiveness. Currently...

... creative solutions in an efficient manner. This paper proposes a novel methodology that uses batch Bayesian optimization to guide the design of these A-pillars. In it, designers are presented with multiple design targets and design targets to meet those specifications. Each design is then tested using high...

... rotor blade design manufacturability optimization expert systems composites Abstract The optimization of rotor blade aerodynamic and structural design is pivotal for enhancing overall rotorcraft performance in terms of, e.g., reduced power requirements and energy consumption...

... saddle additive manufacturing 3D printing lattice structure optimization TPU95A Abstract The world is transitioning from using conventional sources of energy to using renewable sources. As the transportation industry has a relatively large carbon footprint, people are opting for more...

... fused deposition modeling (FDM) additive manufacturing optimization analysis of variance (ANOVA) Abstract Fused Deposition Modeling (FDM), also known as Fused Filament Fabrication (FFF), is the most common type of additive manufacturing technology. Parameters like infill pattern...

... optimization CFD FSI toroidal propeller Abstract This study aims to optimize the toroidal propeller design to be used for commercial mini-drones. Preliminary CFD simulations were carried out for validation purposes using APC11x5e propeller available in open-source database. In order...

... chassis design optimization MATLAB genetic algorithm finite element methods autonomous ground vehicle solid modeling Abstract The demand for autonomous vehicles capable of navigating challenging terrains has necessitated the development of innovative design solutions. It emphasizes...

... to be an easy-to-implement and fast-to-run model with promising usage for optimization studies. FPP CPP engine selection optimization modeling low-pressure gas injection Proceedings of the ASME 2023 International Mechanical Engineering Congress and Exposition IMECE2023 October 29-November 2, 2023...

...Proceedings of the ASME 2023 International Mechanical Engineering Congress and Exposition IMECE2023 October 29-November 2, 2023, New Orleans, Louisiana IMECE2023-111458 NUMERICAL METHODS FOR IMPROVING THE OPTIMIZATION EFFICIENCY OF TEXTURED SURFACES Yu Geng1, Li Chen1Heng Liu1,Shemiao Qi1, Yi Liu1...

... for predicting the onset of entrainment in two-fluid stratified systems. Non-dimensional parameters were used as model inputs to ensure generalizability, and dimensionality reduction techniques, like the Genetic Algorithm, were employed to optimize the models. The machine learning models’ predictions were...

... Abstract Logistic activities can cause long-term musculoskeletal problems due to repetitive and incorrect movements, heavy loads, and uncomfortable positions. Ergonomic evaluations are conducted to prevent these risks, optimize workstations, and work processes. Some studies use automatic...

... Abstract Thin-walled stiffened plates can be susceptible to buckling-induced instability failures. An accurate and efficient model is essential for optimizing stiffener size and shape and analyzing buckling while considering geometric complexity, location, loading, and boundary conditions...

... with great accuracy. In the present work, a computational model of an organ-on-a-chip model was developed and optimized by evaluating the effectiveness and characteristics of some optimization methods. To perform the optimization and simulation, a geometry appropriate to the needs was first designed, having...

... Agricultural and Technical State University, North Carolina, USA Department of Mechanical Engineering ABSTRACT In contemporary manufacturing processes, reliable but effi- cient pick-and-place robots are frequently used. The automation and optimization of the pick and place procedures utilizing various path...

..., increasing gas inlet temperature decreases power output and degradation rate. Higher relative humidity at the cathode and anode leads to increase fuel cell and lower voltage degradation. Therefore, the optimal operating conditions for the fuel cell to minimize voltage degradation are high levels of humidity...

... a general model to predict the energy harvest and also the optimal tilt angles and orientation of the panels when needed. The analysis can accurately calculate the instantaneous sunray vector and solar panel normal vector using Solar Position Algorithm to account for the “cosine” effect of the angle...

.... Finally, this paper intends to provide insights on the business value calculation of conveyor-less matrix assembly system, for practitioners who are interested in building conveyor-less matrix assembly system in the future. optimization modeling and simulation manufacturing automotive...