[ PSI-115 // SAME ]
SAME-Sim — Utilization of the Smoke Aerosol Measurement Experiment Data for Advanced Modeling and Simulation of Smoke Generation in Micro-Gravity
Hardware: MSG (SAME Hardware) · Program: Not Applicable · DOI 10.60555/q0v5-1v28
Objective
The objective of this investigation was to use numerical simulation to explore the influence of gravity on pyrolysis smoke growth from a fundamental perspective. The intention of this effort is to quantify the differences between microgravity and Earth gravity smoke, and to identify the fluid dynamic mechanisms that cause the differences.
SAME-Sim (PSI-115, MSG (SAME Hardware), Not Applicable). Investigation record only; no per-run test table in PSI (DOI 10.60555/q0v5-1v28).
Metadata Completeness
0%
Share of key conditions (oxygen, pressure, airflow) reported in the source tables.
Representative Conditions
Median of the values reported across this investigation's test runs.
- Fuel / Material
- Not reported
- Gravity
- 0 g (microgravity, ISS / Cygnus flight)
- Oxygen Concentration
- Not reported
- Ambient Pressure
- Not reported
- Airflow Velocity
- Not reported
The PSI record mentions both flight and ground work; 0 g reflects its ISS / Cygnus flight metadata.
Findings summary
No per-run test table in PSI (investigation record only); microgravity (0 g, ISS / Cygnus flight).
Source: NASA PSI PSI-115: PSI-115_investigation.json (psi.nasa.gov). File, sheet and row are listed per test run below.
Experiment Design
PSI-115 has no per-test table in PSI, so variables are described in the investigation record above.
Test Runs (0)
Conditions and measurements for each run. Open a run to see every value and its source row.
Metadata only
PSI publishes no per-test table for this investigation, so no runs are listed. The objective and hardware above come from its investigation record.