ISAAR.MSolve.Analyzers/Dynamic/NewmarkDynamicAnalyzer.cs
/// <summary>
/// Linear acceleration: gamma = 1/2, beta = 1/6. This is more accurate than the default constant acceleration, 
/// but it conditionally stable. To ensure stability, the time step must be &lt;= the critical step size = 3.464 / w 
/// = 0.551 * T, where w is the maximum natural radian frequency and T is the minimum natural period.
/// </summary>
Linear acceleration: gamma = 1/2, beta = 1/6. This is more accurate than the default constant acceleration,
but it conditionally stable. To ensure stability, the time step must be <= the critical step size = 3.464 / w
0.551 * T, where w is the maximum natural radian frequency and T is the minimum natural period.
Linear acceleration : gamma = 1 / 2 beta = 1 / 6 . This is more accurate than the default constant acceleration but it conditionally stable . To ensure stability the time step must be < = the critical step size = 3 . 464 / w 0 . 551 * T where w is the maximum natural radian frequency and T is the minimum natural period .
public void SetNewmarkParametersForLinearAcceleration()
            {
                gamma = 0.5;
                beta = 1.0 / 6.0;
            }
public void SetNewmarkParametersForLinearAcceleration ( ) { gamma = 0.5 ; beta = 1.0 / 6.0 ; }
Linear acceleration: gamma = 1/2, beta = 1/6.
Linear acceleration : gamma = 1 / 2 beta = 1 / 6 .