  We used the Blast wave model with Boltzmann Gibbs statistics and analyzed the
experimental data of transverse momentum spectra ($p_T$) measured by NA61/SHINE
and NA 49 Collaborations in inelastic (INEL) proton-proton, and the most
central Beryllium-Beryllium (Be-Be), Argon-Scandium (Ar-Sc) and Lead-Lead
(Pb-Pb) collisions. The model results fit the experimental data of NA61/SHINE
and NA 49 Collaborations very well. We extracted kinetic freezeout temperature,
transverse flow velocity and kinetic freezeout volume directly from the
spectra. We also calculated mean transverse momentum and initial temperature
from the fit function. It is observed that the kinetic freezeout temperature
increases with increasing the collision energy as well as collision
cross-section (size of the colliding system). Furthermore, the transverse flow
remains unchanged with increasing the collision energy, while it changes
randomly with the collision cross-section. Similarly, with the increase in
collision energy or the collision cross-section, the freeze-out volume and the
average $p_T$ increase. The initial temperature is also observed to be an
increasing function of the collision cross-section.
