Ivana Dobrotić and Nada Stropnik
This article explores the patterns and dynamics of parenting-related leave policy reforms in the European former socialist countries (EFSCs). It sheds light on the development…
Abstract
Purpose
This article explores the patterns and dynamics of parenting-related leave policy reforms in the European former socialist countries (EFSCs). It sheds light on the development pattern of their leave policies and their potential to reproduce, impede, or transform traditional gender norms in employment and care.
Design/methodology/approach
The article provides a historical comparative analysis of leave policy developments in 21 EFSCs in the 1970–2018 period. It systematically explores continuity and changes in leave policy design − generosity (leave duration and benefits level) and fathers' entitlements to leaves − as well as policy concerns and gender-equality-related implications.
Findings
Following the state-socialist commitment to gender equality, the EFSCs introduced childcare/parental leaves early. Nevertheless, they developed mother-centered leaves of equality-impeding character, in that they did not promote gender equality. The divergence of EFSCs' leave policies intensified in the period of transition from socialism to capitalism, as competing priorities and inter-related policy concerns – such as re-traditionalization, fertility incentives, gender equality, and labor market participation – influenced policy design. Leave policies of the EFSCs that joined the EU gradually transformed towards more gender-equal ones. Nonetheless, the progress has been slow, and only three countries can be classified as having equality-transforming leaves (Slovenia, Lithuania, and Romania).
Originality/value
This article extends existent comparative studies on maternity/paternity/parental leaves, exploring the region that has been overlooked by such research. It provides valuable insights into the implications of intersectional dimensions of leave design as well as competing priorities and concerns embedded in it. It points to the methodological complexity of evaluating the development of parental leave policies in a cross-country perspective.
Details
Keywords
Starts out by documenting the massive scale of early, and disability, retirement in Hungary and Poland, during the first seven years of the post‐communist transition. Sums up that…
Abstract
Starts out by documenting the massive scale of early, and disability, retirement in Hungary and Poland, during the first seven years of the post‐communist transition. Sums up that the Hungarian and Polish governments had urgent reasons to design social policies to try to halt the danger of large‐scale protests in the 1990s.
Sana Ben Salah and Mohamed Bechir Ben Hamida
The purpose of this paper is to optimize the configuration of a heat sink with phase change material for improving the cooling performance of light emitting diodes (LED).
Abstract
Purpose
The purpose of this paper is to optimize the configuration of a heat sink with phase change material for improving the cooling performance of light emitting diodes (LED).
Design/methodology/approach
A numerical three-dimensional time-dependent model is developed with COMSOL Multiphysics to simulate the phase change material melting process during both the charging and discharging period.
Findings
The model is validated with previously published works. It found a good agreement. The difference between filled cavities with phase change materials (PCM) and alternate cavities air-PCM is discussed. The last-mentioned showed a good ability for reducing the junction temperature during the melting time. Three cases of this configuration having the same total volume of PCM but a different number of cavities are compared. The case of ten fins with five PCM cavities is preferred because it permit a reduction of 21 per cent of the junction temperature with an enhancement ratio of 2:4. The performance of this case under different power input is verified.
Originality/value
The use of alternate air-PCM cavities of the heat sink. The use of PCM in LED to delay the peak temperature in the case of thermal shock (for example, damage of fan) An amount of energy is stored in the LED and it is evacuated to the ambient of the accommodation by the cycle of charging and discharging established (1,765 Joule stored and released each 13 min with 1 LED chip of 5 W).