RMP.1:5.1 - Corporate Seal-Test Case
A reliability engineer is asked to “research whether an accelerated seal test justifies changing the maintenance interval” for Pump-P4. The maintenance authority, safety owner, and domain engineering owner remain separate from the inquiry.
First apply the cheap branch. If the current engineering frame already supplies a qualified field failure mechanism, an applicable acceleration relation, a qualified test Method and instrument, acceptance criteria, and the exact evidence-to-use rule, then executing that test is routine qualification or validation. Return its test result to the engineering or assurance owner and the interval choice to the maintenance authority. The laboratory setting and possible publication do not make the Work research.
Suppose instead that the qualified current frame exposes this unresolved issue: the proposed high-temperature condition may change the dominant degradation mechanism, while installation damage and fluid exposure remain serious field rivals. A passing ResearchQuestionBrief can then read:
| Position | Constructed result |
|---|---|
| receiver and use | Reliability council needs evidence about whether the accelerated-test result can bear on the current seal-life claim. The maintenance authority retains the interval decision. |
| intended episteme change | Retain, narrow, or reject the claim that degradation observed under the selected accelerated condition is evidentially relevant to Pump-P4 field failure within the named operating envelope. |
| bounded question | Within the named Pump-P4 material, fluid, pressure, and temperature envelope, does the selected acceleration condition preserve the field failure-mechanism relation well enough for its degradation evidence to bear on the current seal-life claim? |
| current frame and rivals | Current sources support the field claim only provisionally. Acceleration-induced mechanism change, installation damage, batch/material variation, and field fluid exposure remain serious alternatives. |
| membership account | The relation is unresolved for the use; choosing how to distinguish mechanisms is non-routine; the intended Work can preserve sources, specimens, conditions, measurements, deviations, and limits; and the intended result is a bounded mechanism-to-evidence claim. |
| criticism demand | A defensible answer must be able to expose a mechanism change caused by acceleration and distinguish it from the named field rivals. RMP.1 does not choose the comparison or instrument. |
| constraints and returns | Domain engineering supplies admissible mechanism indicators and specimen identity; instrument owners supply feasibility and calibration; safety and access owners retain authority. Missing load-bearing results return to those owners. |
| answer condition | Establish whether the selected acceleration condition preserves the mechanism relation needed for the bounded seal-life claim. Qualified evidence can support, narrow or reject that relation; identifying a still-missing decisive result leaves it unresolved. |
| work-stop and reopen conditions | Finish with the supported answer or return the unresolved relation and its decisive missing result. RMP.2 distinguishes a still-needed selection from a completed allocation with no new study. A newly available result or worthwhile obtainable comparison can reopen that choice. The maintenance authority retains the interval decision. |
This case enters RMP.2 only with that brief and frame. If current retrieval already establishes that the acceleration relation is invalid for the named use, return that exact result and stop; a new study is not required merely to make the answer look experimental.