Sentence examples for estimate life from inspiring English sources

Under-fives mortality rate (per 1,000 live births): 52 Population on under $2 a day: 73% (2012) Gross domestic product: $49.2bn; gross government debt 33% of GDP (estimate) Life expectancy: 61 Percentage of children enrolled in primary education, female/male: 98/99 (2008-12) (Data two years old or less unless indicated).

Under-five mortality rate (per 1,000 lives births): 119 Population on under $2 a day: 95% (2005) Gross domestic product: $33bn; gross government debt 20% of GDP (estimate) Life expectancy: 50 Percentage of children enrolled in primary education: no figures available (Data two years old or less unless indicated).

Under-fives mortality rate (per 1,000 live births): 66 Population on under $2 a day: 63% (2012) Gross domestic product: $26.3bn; gross government debt 30% of GDP (estimate) Life expectancy: 59 Percentage of children enrolled in primary education, female/male: 95/93 (2008-12) (Data two years old or less unless indicated).

Commonly used fatigue crack growth prediction models estimate life in a deterministic manner.

These fatigue data were adopted in the simulation to simulate fatigue behavior and estimate life of the laminates.

More recently, traditional 3D finite element techniques were developed to model incremental crack growth and estimate life.

Since decades, life insurance firms have been relying on the traditional mortality tables and actuarial formulas to estimate life expectancy and devise underwriting rules.

Such a reference model is a major outcome of this research as it provides a generalized approach to estimate life cycle GHG emissions of EGS power plants.

This paper applies two existing LCA tools, namely, an economic input output based model, Economic Input Output LCA, and a process-based model, ATHENA® Impact Estimator, to estimate life cycle energy use in an example building.

Such methodology has been applied to produce a reduced parameterized model, designed to estimate life-cycle greenhouse gas (GHG) emissions of EGS power plants applicable to a large sample of configurations.

The goals of this paper are to estimate life-cycle energy savings, carbon emission reduction, and cost-effectiveness of energy efficiency measures in new commercial buildings using an integrated design approach, and estimate the implications from a cost on energy-based carbon emissions.