Limits of Relativist Process Engineering: Current Feasibility in the International Space Station (ISS)

Many authors have published in the field of relativistic fluid mechanics (Von LAUE, 1911) (HALBWACHS, 1960) (PICHON, 1965) (LICHNEROWICZ, 1966) (BRUHAT, (MARLE, 1969) (ARZELIES, 1971) (MAHJOUB, (REZZOLLA et al., 2013) (DISVONZI, 2014) (DERRADI 2016). However, demonstrations carried out are subject to caution, either due errors, or by use BOLTZMANN equation principle least action associated with Lagrangian (FONTEIX 2020). The conference presented at previous SFGP congress (CAMARGO 2019) was based on results a publication aim write energy, momentum and matter balances special relativity, for continuous mixtures 1971). Contrary custom, these assessments were demonstrated using 2 principles. first is well known, it inseparability space time during change inertial frame (MINKOWSKI, 1907). second our original proposal: Tangent Inertial Frame flat space-time, equations dynamics those classical physics identical. Thanks this, we able integrate gravitation (BRAGINSKY 1992) (Mc DONALD, 1997) (TARTAGLIA 2004) space-time (not curved) electromagnetism. had not considered nuclear reactions quantum phenomena (SCHULMAN, 1980), nor approached thermodynamics (STRUCHTRUP, 1998). We will do more here, but see present if possible, results, make experiments whose differ significantly from earth, namely fastest usable vehicle currently available: International Space Station (ISS).