design optimization proposed

Section snippets Design study of 800. MW th ADS plant. The reference ADS design proposed by JAERI [3], [4] is the 800. MW, Pb–Bi eutectic (LBE) cooled, tank-type subcritical reactor loaded with (MA+Pu) nitride fuel, and driven by the spallation neutron source using LBE target and proton accelerator as shown in Fig. 1.. In the ADS, 250 kg of MA can be burned per year by fission …

Design Optimization of Reinforced Concrete Slabs using Various Optimization Techniques Dinesh Kumar Suryavanshi1, Dr. Saleem Akhtar 2 ... the proposed algorithm the results are compared with the previously proposed algorithms. The comparison of results shows that the proposed

Formulating conceptual-stage aircraft design problems as geometric programs, which are a specific type of convex optimization problem, is proposed. Recent advances in convex optimization offer significant advantages over the general nonlinear optimization methods typically used in aircraft design. Modern geometric program solvers are extremely ...

Design sensitivity and optimization are used when we seek to modify a design whose level of structural complexity exceeds our ability to make appropriate design changes. What is surprising is that an extremely simple design task may easily surpass our decision-making abilities. Experienced designers, those with perhaps decades of experience ...

All the proposed signals in HBM interposer are analyzed by comparing eye-opening voltage and timing jitter with 3D electromagnetic (EM) simulation results. Based on this proposed optimization design, not only HBM interposer can be applied to achieve high bandwidth with a less signal distortion but also it can be designed on the basis of a ...

Introduction. Optimization and sensitivity analysis are key aspects of successful process design. Optimizing a process maximizes project value and plant performance, minimizes project cost, and facilitates the selection of the best components (Towler and Sinnott, 2013).

Design optimization of ADS plant proposed by JAERI March 2006 Nuclear Instruments and Methods in Physics Research Section A Accelerators Spectrometers Detectors and Associated Equipment 562(2):646-649

In this work, design of a multi-spiral stacked solenoidal inductor for bio- medical application in 13.56 MHz band is presented. Proposed stacking method enhances the inductance density of the inductor for a given area. This paper reports an optimization technique for design and implementation of the PCB in- ductors.

Download scientific diagram | The proposed design optimization flow. from publication: Geostatistical-inspired fast layout optimisation of a nano-CMOS thermal sensor | …

Details of design variables, boundaries, equality/inequality constraints, and loss distributions are given. An experimental full-load efficiency of 97.07% is achieved compared to a calculated 97.4% efficiency. The proposed optimization procedure is an effective way to design high-efficiency LLC converters.

Graded structure design based on triply periodic minimal surface (TPMS) structures can effectively improve the stiffness of lightweight structures. To further improve the structural stiffness of these lattice structures, a novel optimization method combing performance characteristics of various morphology lattice structures is proposed. First, a discrete …

a hybrid inverse/optimization design method was proposed by Han et al. [22-24], which takes full advantages of both inverse design and direct optimization and has been successfully applied to single-point and multi-point design optimizations of transonic NLF airfoils. Nevertheless, there is still a gap for the hybrid inverse/optimization design ...

slots for BE traffic. We have proposed a Tabu Search-based metaheuristic (Tamas¸-˘ Selicean et al, 2012) for the optimization of TT schedules that does not restrict the space inserted into the TT schedules to evenly-spaced periodic slots and is able to take into account the RC end-to-end delays during the design space exploration, and

The design optimization of an overhead crane with a double box girder has been proposed [6]. In this paper the design optimization of double box girder has been done and a comparative study of ...

In this paper, a method for the design optimization of elasto-plastic truss structures is proposed based on parametric variational principles （PVPs）. The optimization aims to find the minimum weight/volume solution under the constraints of allowable node displacements.

Therefore, with the integration of the surrogate model (i.e., DCOKM) and optimal algorithm (i.e., DMOGA), the proposed multiobjective design optimization framework is validated to improve optimal efficiency while maintaining acceptable optimal accuracy and thereby is an effective way for the multiobjective optimization design of the ...

The design optimization of the LLC has always been a difficult problem as there are many parameters affecting the design and it lacks clear design guidance in selecting the optimal resonant tank parameters. Based on the operation mode model, three optimization methods are proposed according to the design scenarios.

The optimization goal is to reach the required shunt impedance while maintaining a relatively high Q value of the cavities. A multi-objective genetic algorithm (MOGA)-based optimization process is applied to optimize the radio frequency (RF) design. This study serves as an example of how a genetic algorithm can be used to optimize RF cavities.

Corke proposed an optimization approach to conceptual design of a supersonic business jet (SSBJ; 2003). Above traditional optimization methods rely on empirical data, which are readily available for common configuration aircraft. Multidisciplinary design optimization is a field of research that studies the application of numerical

DESIGN SPACE OPTIMIZATION 1981 DeRose and Diaz [30–32] proposed a meshless, wavelet-based scheme for a layout optimization. They adopted a ctitious domain and wavelet-Galerkin technique to overcome

The design optimization of an overhead crane with a double box girder has been proposed [6]. In this paper the design optimization of double box girder has …

Proposed design optimization procedure. PPT | High-resolution; Due to the other design parameters such as the number of turns, air-gap length and area have same effect on leakage and self-inductance, these parameters should be …

Lightweight design and weight optimization in general are seen as one promising of many approaches to create products and services in a sustainable and resource efficient way. However, most of the methods proposed for lightweight design are applied late in the

This paper documents the optimization of the ISAC-2 linac design. ... The proposed Rare-Isotope Accelerator Facility (RIA) includes a driver linac and a post-accelerator based on superconducting ...

Since Taguchi proposed the concept of RO, numerous methods and approaches have been published in the literature. Generally speaking, there are two categories of RO approaches according to how to model uncertainty: probability based and interval based.

2.1. Analytical Model. We consider the design optimization of a soft actuator proposed in a previous work (Raeisinezhad et al., 2020), see Figures 1A,B.The pneumatic actuator can achieve near independent vertical and one-axis horizontal motions using pressurized air in its three air chambers, while simultaneously withstanding normal pressures of 20 kPa applied at …