The prevention of excessive deformation by thermal ratcheting is important in the design of high-temperature components of fast breeder reactors (FBR). This includes evaluation methods for a new type of thermal ratcheting caused by a traveling temperature distribution. Igari et al. [1] proposed a mechanism-based evaluation method to evaluate thermal ratcheting caused by temperature distributions traveling long and short distances. In this paper, we simplify the existing method and propose a screening method to prevent thermal ratcheting strain in the design of practical components. The proposed method consists of two steps to prevent the continuous accumulation of ratcheting strain. The first step is to determine whether all points through ...
During the operation of a fusion reactor, the first wall elements are heated from the plasma-faced s...
Many components in conventional and nuclear power plants and chemical plants are likely to be subjec...
A new temperature-dependent cyclic plastic model, combining the nonlinear cyclic softening and kinem...
The prevention of excessive deformation by thermal ratcheting is important in the design of high-tem...
In this paper, we simplify the existing method and propose a screening method to prevent thermal rat...
The prevention of excessive deformation by thermal ratcheting is important in the design of high-tem...
International audienceThe progressive inelastic deformation, commonly referred as ratchetting, is a ...
This thesis presents a simple and conservative method for the analysis of inelastic cyclic thermal s...
A review of Shakedown and Ratchetting concepts and their extensions is presented in an attempt to re...
Alloy 617 has been selected as a reference material supporting the Very High Temperature Gas Cooled ...
This study intends to evaluate thermal ratchetting deformation due to cyclic thermal loading along t...
A novel approach is presented based upon the Linear Matching Method framework in order to directly c...
This paper introduces a new approach based upon the Linear Matching Method in order to obtain the ra...
During the operation of a fusion reactor, the first wall elements are heated from the plasma-faced s...
This study intends to evaluate thermal ratchetting deformation due to cyclic thermal loading along t...
During the operation of a fusion reactor, the first wall elements are heated from the plasma-faced s...
Many components in conventional and nuclear power plants and chemical plants are likely to be subjec...
A new temperature-dependent cyclic plastic model, combining the nonlinear cyclic softening and kinem...
The prevention of excessive deformation by thermal ratcheting is important in the design of high-tem...
In this paper, we simplify the existing method and propose a screening method to prevent thermal rat...
The prevention of excessive deformation by thermal ratcheting is important in the design of high-tem...
International audienceThe progressive inelastic deformation, commonly referred as ratchetting, is a ...
This thesis presents a simple and conservative method for the analysis of inelastic cyclic thermal s...
A review of Shakedown and Ratchetting concepts and their extensions is presented in an attempt to re...
Alloy 617 has been selected as a reference material supporting the Very High Temperature Gas Cooled ...
This study intends to evaluate thermal ratchetting deformation due to cyclic thermal loading along t...
A novel approach is presented based upon the Linear Matching Method framework in order to directly c...
This paper introduces a new approach based upon the Linear Matching Method in order to obtain the ra...
During the operation of a fusion reactor, the first wall elements are heated from the plasma-faced s...
This study intends to evaluate thermal ratchetting deformation due to cyclic thermal loading along t...
During the operation of a fusion reactor, the first wall elements are heated from the plasma-faced s...
Many components in conventional and nuclear power plants and chemical plants are likely to be subjec...
A new temperature-dependent cyclic plastic model, combining the nonlinear cyclic softening and kinem...