Conjugate heat transfer analysis within in lattice-filled heat exchanger for additive manufacturing
Compact heat exchangers for heat removal has become one of the most effective cooling
techniques. In this paper, numerical scheme to simulate conjugated heat transfer using …
techniques. In this paper, numerical scheme to simulate conjugated heat transfer using …
Friction stir welding process improvement through coupling an optimization procedure and three-dimensional transient heat transfer numerical analysis
The present study deals with the improvement of the Friction Stir Welding process, through
the prediction of the optimal operating conditions, necessary for welding typical Aluminum …
the prediction of the optimal operating conditions, necessary for welding typical Aluminum …
Design and optimization of three-dimensional extrusion dies, using constraint optimization algorithm
Balancing the distribution of flow through a die to achieve a uniform velocity distribution is
the primary objective and one of the most difficult tasks of extrusion die design. If the …
the primary objective and one of the most difficult tasks of extrusion die design. If the …
Bio-inspired-based structures optimization for additive manufacturing using metaheuristic Kriging
Lightweight cellular structures are investigated intensively in additive manufacturing and
require optimization strategies to distribute both patterns, cross-sections sizes and type, and …
require optimization strategies to distribute both patterns, cross-sections sizes and type, and …
A new optimization approach based on Kriging interpolation and sequential quadratic programming algorithm for end milling refractory titanium alloys
Refractory titanium alloys are often used in aerospace industry for applications requiring
high temperature strength and high mechanical resistance. However, the main problems …
high temperature strength and high mechanical resistance. However, the main problems …
Robust low cost meta-modeling optimization algorithm based on meta-heuristic and knowledge databases approach: Application to polymer extrusion die design
N Lebaal - Finite Elements in Analysis and Design, 2019 - Elsevier
The new method presented in this paper falls into the category of sampling methods and
model management in the optimization process of surrogate related methods. This method …
model management in the optimization process of surrogate related methods. This method …
The optimal design of sheet metal forming processes: application to the clinching of thin sheets
The production of high–strength clinched joints is the ultimate goal of the manufacturing
industry. The determination of optimum tool shapes in the clinch forming process is needed …
industry. The determination of optimum tool shapes in the clinch forming process is needed …
Rheological parameters estimation of non-Newtonian food fluids by finite elements model inversion
A Fabbri, C Cevoli - Journal of Food Engineering, 2016 - Elsevier
The knowledge of fluid food rheological properties plays an important role in process
engineering. Unfortunately, characterization of non-Newtonian fluids requires a notable …
engineering. Unfortunately, characterization of non-Newtonian fluids requires a notable …
A Multi-Rheology Design Method of Sheeting Polymer Extrusion Dies Based on Flow Network and the Winter–Fritz Design Equation
In the polymer sheet processing industry, the primary objective when designing a coat-
hanger die is to achieve a uniform velocity distribution at the exit of the extrusion die outlet …
hanger die is to achieve a uniform velocity distribution at the exit of the extrusion die outlet …
Application of a response surface method to the optimal design of the wall temperature profiles in extrusion die
A new approach to the optimal design of the die wall temperature profile in polymer
extrusion processes is presented. In this approach, optimization of the design variables is …
extrusion processes is presented. In this approach, optimization of the design variables is …