The modified Weibull spectrum is utilized to calculate the zeroth spectral moment (m<Subscript>o</Subscript>) using Monte Carlo integration methods. Then significant wave height (H<Subscript>s</Subscript>) is calculated using the formula <InlineEquation ID="IEq1"> <EquationSource Format="TEX">$$ {\text{H}}_{\text{s}}=4\sqrt {{\text{m}}_{\text{o}} } . $$</EquationSource> </InlineEquation> This is validated with observed buoy...</equationsource></inlineequation></subscript></subscript>

Partial moments are extensively used in actuarial science for the analysis of risks. Since the first order partial moments provide the expected loss in a stop-loss treaty with infinite cover as a function of priority, it is referred as the stop-loss transform. In the present work, we discuss...

The right truncated Gini index and mean difference are useful tools in the analysis of incomes and the left truncated versions of these functions can be employed in reliability modelling. In this paper we identify the distributions characterized by simple functional forms of these measures and...

In the present work we study the asymptotic distribution of the age and residual life in a renewal process. The bivariate distribution so derived is Schur-constant with marginal distributions as equilibrium discuss the reliability properties and the copula. The bivariate ageing properties and...