Jama Software® Labs
LexiconApply AI to create standardized glossaries to eliminate the risk of misused terms and confusion across engineering disciplines.
Apply AI to create standardized glossaries to eliminate the risk of misused terms and confusion across engineering disciplines.
Click on any table cell below to see the list of terms extracted from that requirement.
| Extracted Terms | |
|---|---|
| Term | Suggested Definition |
| --- | --- |
| Example Requirements |
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[Proj1-Req-001] Fuel Pump Operational Efficiency
The fuel pump must deliver fuel at a consistent flow rate within a specified efficiency range to maintain optimal engine performance across varying driving conditions. This requirement ensures that the fuel pump maintains a steady, high-efficiency fuel flow to the engine, adapting seamlessly to speed, load, and environmental changes. Consistent efficiency in fuel delivery contributes to better engine performance, fuel economy, and emissions control. |
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[Proj1-Req-002] Durability and Lifetime Performance
The fuel pump must sustain its functionality for at least 150,000 miles or 10 years, whichever comes first, without performance degradation or failure under standard operating conditions. This requirement is crucial to ensure the fuel pump's longevity and reliability, reducing the need for replacement and costly repairs. By meeting this durability standard, manufacturers can enhance customer satisfaction and reduce warranty claims. |
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[Proj1-Req-002] Heat Resistance and Thermal Management
The fuel pump should withstand operational temperatures from -40°C to 125°C without risk of component damage or reduced performance. Heat resistance ensures the pump functions reliably in extreme conditions, whether in cold starts or high-temperature climates. Effective thermal management is essential to prevent overheating, which can lead to vapor lock, decreased fuel efficiency, or pump failure. |
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[Proj1-Req-002] Noise and Vibration Control
The fuel pump must operate within a noise range of less than 60 decibels and minimal vibration levels to maintain cabin comfort and prevent structural fatigue. Minimizing noise and vibration helps improve passenger comfort and vehicle durability, as excessive vibration can cause parts to wear prematurely. This requirement is especially significant in electric or hybrid vehicles, where fuel pump noise may be more noticeable due to quieter engines. |
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[Proj1-Req-002] Compatibility with Fuel Types
The fuel pump must be compatible with various fuel types, including gasoline, ethanol blends up to E85, and alternative biofuels, without performance issues or damage to components. Flexibility in fuel compatibility ensures that the vehicle can operate on different fuels, meeting global emission standards and accommodating diverse market needs. This requirement also supports the integration of sustainable fuel alternatives as the automotive industry moves toward eco-friendly solutions. |
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| Term | Suggested Definition |
|---|---|
| --- | --- |