The spring displays complex recession behaviour, exhibiting exponential (coefficient α) and linear (coefficient β) recession periods.
A linear coefficient of thermal (LCTE), which changes continuously with the temperature, is also adopted.
The addition of elastomer tends to increase the linear coefficient of thermal expansion, CTE.
To analyse the linear coefficient of thermal expansion (LCTE) of different tooth regions using thermal mechanical analysis (TMA).
The non-linear flow characteristics including the critical Reynolds number, Forchheimer's linear coefficient and nonlinear coefficient are analyzed and discussed.
where Yi refers to the yield response variables, β0 refers to the intercept, Xi refers to the nitrogen fertilizer rate, β1 refers to the linear coefficient, β2 refers to the square root coefficient, and εi is the random error.
where Yi refers to the yield response variables, β0 refers to the intercept, Xi refers to the nitrogen fertilizer rate, β1 refers to the linear coefficient, and εi is the random error.
where Yi refers to the yield response variables, β0 refers to the intercept, Xi refers to the nitrogen fertilizer rate, β1 refers to the linear coefficient, β2 refers to the quadratic coefficient, and εi is the random error.
The thermal strains and linear coefficient of thermal expansion (CTE) of plain woven composites were measured by a classic dilatometer.
An empirical equation is proposed to quantify the relationship between linear coefficient and nonlinear coefficient based on the experimental observations.
Dilatometry was used to determine the linear coefficient of thermal expansion (CTE) of various BODA-derived glassy carbon.
