Hugo Miguel Andrade Lopes Figueiredo da Silva
AuthID: R-004-TN5
11
TITLE: Structural Analysis of Molds with Conformal Cooling Channels: A Numerical Study
AUTHORS: Hugo Miguel Silva; Tiago Noversa; Hugo Rodrigues; Leandro Fernandes; António Pontes;
PUBLISHED: 2021
AUTHORS: Hugo Miguel Silva; Tiago Noversa; Hugo Rodrigues; Leandro Fernandes; António Pontes;
PUBLISHED: 2021
12
TITLE: 2D Heat Transfer Simulation of an Injection Mold: Comparison Between ANSYS Workbench and ANSYS Mechanical APDL
AUTHORS: Hugo Miguel Silva; Hugo Luís Rodrigues; João Tiago Noversa; Leandro Fernandes; António José Pontes;
PUBLISHED: 2021
AUTHORS: Hugo Miguel Silva; Hugo Luís Rodrigues; João Tiago Noversa; Leandro Fernandes; António José Pontes;
PUBLISHED: 2021
13
TITLE: Sensitivity analysis of conformal CCs for injection molds: 2D Transient Heat Transfer Analysis
AUTHORS: Hugo Miguel Silva; Tiago Noversa; Leandro Fernandes; Hugo Rodrigues; António Pontes;
PUBLISHED: 2021
AUTHORS: Hugo Miguel Silva; Tiago Noversa; Leandro Fernandes; Hugo Rodrigues; António Pontes;
PUBLISHED: 2021
14
TITLE: Sensitivity Analysis of Conformal CCs for Injection Molds: 3D Transient Heat Transfer Analysis
AUTHORS: Hugo Miguel Silva; João Tiago Noversa; Leandro Fernandes; Hugo Luís Rodrigues; António José Pontes;
PUBLISHED: 2021
AUTHORS: Hugo Miguel Silva; João Tiago Noversa; Leandro Fernandes; Hugo Luís Rodrigues; António José Pontes;
PUBLISHED: 2021
15
TITLE: 3D Heat transfer Simulation of an injection mold: comparison between ANSYS Workbench and ANSYS Mechanical APDL
AUTHORS: Hugo Miguel Silva; Leandro Fernandes; Hugo Luís Rodrigues; João Tiago Noversa; António José Pontes;
PUBLISHED: 2021
AUTHORS: Hugo Miguel Silva; Leandro Fernandes; Hugo Luís Rodrigues; João Tiago Noversa; António José Pontes;
PUBLISHED: 2021
16
TITLE: Design Optimization of Conformal Cooling Channels For Injection Molds: 2D Transient Heat Transfer Analysis
AUTHORS: Hugo Miguel Silva; Tiago Noversa; Leandro Fernandes; Hugo Rodrigues; António Pontes;
PUBLISHED: 2021
AUTHORS: Hugo Miguel Silva; Tiago Noversa; Leandro Fernandes; Hugo Rodrigues; António Pontes;
PUBLISHED: 2021