| 1. |
TED 02 : WG01 |
The scope of work for defining terms related to internal combustion engines includes creating clear, standardized definitions for key concepts, components, and processes. This involves identifying terminology used in engine design, operation, emissions, and performance metrics to ensure consistency across technical documents, manuals, and industry communications. The work provides a foundational reference that enhances understanding, compliance, and effective communication in areas such as fuel systems, combustion processes, emissions control, and power output. |
28-10-2024 |
28-10-2024 |
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| 2. |
TED 02 : WG02 |
The scope of work for the electrical aspects of reciprocating internal combustion engine-driven generating sets involves ensuring the safe, efficient, and compliant integration of electrical components. This includes specifying and assessing electrical performance metrics such as voltage regulation, frequency stability, load handling, and power output. Tasks cover wiring, grounding, control systems, synchronization, and protective devices to guarantee reliability and safety under varying loads. Additionally, testing and commissioning procedures ensure the generating set meets industry standards, providing dependable power generation for critical applications. |
28-10-2024 |
28-10-2024 |
0
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| 3. |
TED 02 : WG03 |
The scope of work for managing air-borne noise from internal combustion engines includes assessing, controlling, and reducing noise emissions to meet regulatory standards and minimize environmental impact. This involves identifying noise sources within the engine, evaluating noise levels during operation, and implementing acoustic treatments like enclosures, dampers, and absorptive materials. Testing and monitoring procedures ensure compliance with noise limits, and recommendations are made for noise mitigation strategies to enhance operational environments and reduce auditory disturbance for surrounding areas. |
28-10-2024 |
28-10-2024 |
0
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| 4. |
TED 02 : WG04 |
The scope of work for the mechanical aspects of reciprocating internal combustion engine-driven generating sets focuses on ensuring the reliability, durability, and optimal performance of mechanical components. This includes evaluating engine mounting, alignment, vibration isolation, cooling systems, lubrication, and exhaust systems. Mechanical assessments cover structural integrity, thermal management, and wear resistance to reduce downtime and enhance efficiency. Maintenance schedules, inspections, and testing protocols are established to monitor component health, ensuring that the generating set operates smoothly under varying loads and conditions while complying with safety and industry standards. |
28-10-2024 |
28-10-2024 |
0
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| 5. |
TED 02 : WG05 |
The scope of fuel filters in propulsion, powertrain, and powertrain fluids encompasses the design, implementation, and maintenance of filtration systems that ensure clean fuel delivery to the engine. |
28-10-2024 |
28-10-2024 |
0
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| 6. |
TED 02 : WG06 |
Injection equipment plays a crucial role in the propulsion and powertrain systems of vehicles, particularly in internal combustion engines (ICEs) and increasingly in hybrid and electric systems. |
28-10-2024 |
28-10-2024 |
0
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| 7. |
TED 02 : WG07 |
Air filters are essential components in various systems, particularly in automotive engines, HVAC systems, and industrial applications. They serve to remove contaminants from the air, ensuring optimal performance and longevity. |
28-10-2024 |
28-10-2024 |
0
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| 8. |
TED 02 : WG08 |
When detailing the scope of work for piston rings in propulsion, powertrain, and powertrain fluids, it’s essential to consider various aspects such as design, materials, performance, and testing. |
28-10-2024 |
28-10-2024 |
0
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| 9. |
TED 02 : WG9 |
Creating an engine test code involves defining parameters for testing an engine's performance, efficiency, emissions, and durability. Below is a simplified example of how you might structure an engine test code, often used in a testing environment, such as a dynamometer setup. |
28-10-2024 |
28-10-2024 |
0
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| 10. |
TED 02 : WG10 |
The scope of work for water injection in propulsion and powertrain systems encompasses the design and integration of a water injection system aimed at enhancing performance, fuel efficiency, and reducing emissions. This includes specifying fluid quality standards, developing the injection mechanism and control strategy, and establishing performance targets such as power output and emissions reductions. |
28-10-2024 |
28-10-2024 |
0
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| 11. |
TED 02 : WG11 |
The scope of work for piston pins involves the design, material selection, manufacturing, and testing of high-strength cylindrical pins that connect the piston to the connecting rod in internal combustion engines. |
28-10-2024 |
28-10-2024 |
0
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| 12. |
TED 02 : WG12 |
Separator performance testing for crankcase ventilation systems involves evaluating the efficiency of oil mist separation from crankcase gases to reduce emissions and maintain engine efficiency. |
28-10-2024 |
28-10-2024 |
0
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| 13. |
TED 02 : WG13 |
Preparation of a working draft on "Guidelines for performance monitoring and surveillance of hydraulic structures" |
21-07-2023 |
31-12-2024 |
0
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| 14. |
TED 02 : WG14 |
Ensuring the cleanliness of components in road vehicles is critical for optimal performance, reliability, and longevity. Contaminants can lead to mechanical failures, reduced efficiency, and increased emissions. |
28-10-2024 |
28-10-2024 |
0
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