Project title: A Mixed-Elastohydrodynamic Lubrication Model of a Capped-T-ring Seal with a Sectioned Multi-Material Film Thickness in Landing Gear Shock Absorber Applications

Description
The file includes the numerical results of 55 cases analysed in the paper. Each case consists of 10 columns
Variable list:
X = X-coordinate in figures
Psc = Static contact pressure
Pc = Asperity contact pressure
Pf = Fluid film pressure
q_dim = dimensionless flow rate
q_pressure = pressure term of q_dim
q_vel = velocity term of q_dim
q_rough = sliding with a rough surface term in q_dim
h_thickness = fluid film thickness
sum_pressures = pressure balance
Units:
X = non-dimensional
Psc = Pascal (Pa)
Pc = Pascal (Pa)
Pf = Pascal (Pa)
q_dim = non-dimensional
q_pressure = non-dimensional
q_vel = non-dimensional
q_rough = non-dimensional
h_thickness = meters (m)
sum_pressures = Pascal (Pa)



Parameters that define each case:
Sealed pressure: 5, 10, 15 (Mega pascal - MPa)
Piston velocity: 50, 100, 150 (millimetres per second - mm/s)
Gamma value: 1/9, 1, 9 (non-dimensional)
Direction: Instroke and Outstroke.

Each case includes a header description detailing the parameters that define it. For example:
“5 MPa 		50 mm/sec	Gamma=1/9	Outstroke”
 Indicate that the variables (X, Psc, Pf, etc.) correspond to a simulation with a sealed pressure of 5 MPa, a piston velocity of 50 mm/s, a gamma value of 1/9, and motion in the outstroke direction.