The blanket plays an important role in fusion reactor and stands extremely high thermal and
electromagnetic loads during operation situation and plasma disruption event, brings the …

We evaluate electromagnetic (EM) loads on the main systems of the ITER machine using a
single finite element model. The 20° sector of the full ITER machine includes the main in …

This paper focuses on the effects of electromagnetic and structural loads on the vacuum
vessel (VV) of Pakistan Spherical Tokamak (PST). The configured MAXWELL 3D and …

The radial force balance during a thermal quench in tokamaks is analyzed. As a rule, the
duration τ tp of such events is much shorter than the resistive time τ w of the vacuum …

Abstract China Fusion Engineering Test Reactor (CFETR) is a superconducting magnet
tokamak and its goal is to achieve the magnetic confinement fusion. The electromagnetic …

This study reports on the magnetic hardening phenomenon of heavily helium ion-irradiated
iron–chromium alloys. The alloys are important structural materials in next-generation …

The conceptual design of the EU DEMO reactor is currently ongoing within the EUROfusion
consortium. Many different fault transients must be considered and carefully analyzed in the …

The tokamak is the most popularly accepted device among the fusion community for future
fusion reactors. It has an assembly of toroidal field (TF), central solenoid (CS), poloidal field …

Plasma major disruptions and plasma vertical displacement events represent two extreme
examples of fast transient electromagnetic processes, which will induce large current and …

During tokamak operation, the structural integrity of the vacuum vessel (VV) of Metallic
Tokamak-I (MT-I), a small spherical tokamak, was evaluated. This evaluation involved …