Summary
Our consortium is applying for the Engine Mounts System (EMS) of the Ultra High Propulsive Efficiency. Our 3 objectives are:
1. Assist the Engine Manufacturer & the Airframer in the evaluation & selection of the most promising & suitable Engine Mounts System (EMS) configuration. Criteria for evaluation: weight, cost, dynamic performance, certification, impact on engine & aircraft assembly.
2. Design, build, & test the selected concept for the Ground Test (GT) that is planned to validate study predictions & performances. Our intent is to develop solutions & technologies to minimize weight, reduce manufacturing process complexity, improve system dynamic performance, increase reliability, & provide continuous monitoring of system health & usage & measure in-flight EMS conditions & loads. The plan includes new solutions & technologies with a min. TRL 4 at CDR in order to advance to TRL 5, 6 at GT incl. EMS overall configuration validation & component optimization.
3. To develop & insert new solutions for ground test with lower TRL’s than 4 at CDR as parallel activities. These lower TRL solutions selected on their potential to provide a significant leap in the performance, manufacturing, & assembly.
Our consortium consists of
1. international company with global reach & renown experience in the EMS industry, LORD Corp
2. a German SME, excelling in manufacturing of aerospace structures, HEGGEMANN
3. an Italian consulting SME in the field of structural mechanics, Vicoter
4. an Italian University, one of the leading science & technology universities in Europe, Politecnico di Milano
This consortium set up a Work Plan starting in 3Q 2015 for a duration of 72 months, which is divided into 7 Work Packages, :
• WP1: Management & reporting
• WP2: Concept Studies & EMS Specification definition
• WP3: GT Design & Development
• WP4: GT Manufacturing & Delivery
• WP5: GT Qualification & Testing
• WP6: Support for Engine GT
• WP7: Innovation & new Technologies development
1. Assist the Engine Manufacturer & the Airframer in the evaluation & selection of the most promising & suitable Engine Mounts System (EMS) configuration. Criteria for evaluation: weight, cost, dynamic performance, certification, impact on engine & aircraft assembly.
2. Design, build, & test the selected concept for the Ground Test (GT) that is planned to validate study predictions & performances. Our intent is to develop solutions & technologies to minimize weight, reduce manufacturing process complexity, improve system dynamic performance, increase reliability, & provide continuous monitoring of system health & usage & measure in-flight EMS conditions & loads. The plan includes new solutions & technologies with a min. TRL 4 at CDR in order to advance to TRL 5, 6 at GT incl. EMS overall configuration validation & component optimization.
3. To develop & insert new solutions for ground test with lower TRL’s than 4 at CDR as parallel activities. These lower TRL solutions selected on their potential to provide a significant leap in the performance, manufacturing, & assembly.
Our consortium consists of
1. international company with global reach & renown experience in the EMS industry, LORD Corp
2. a German SME, excelling in manufacturing of aerospace structures, HEGGEMANN
3. an Italian consulting SME in the field of structural mechanics, Vicoter
4. an Italian University, one of the leading science & technology universities in Europe, Politecnico di Milano
This consortium set up a Work Plan starting in 3Q 2015 for a duration of 72 months, which is divided into 7 Work Packages, :
• WP1: Management & reporting
• WP2: Concept Studies & EMS Specification definition
• WP3: GT Design & Development
• WP4: GT Manufacturing & Delivery
• WP5: GT Qualification & Testing
• WP6: Support for Engine GT
• WP7: Innovation & new Technologies development
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More information & hyperlinks
| Web resources: | https://cordis.europa.eu/project/id/687023 |
| Start date: | 15-03-2016 |
| End date: | 14-12-2022 |
| Total budget - Public funding: | 3 767 511,00 Euro - 1 449 144,00 Euro |
Cordis data
Original description
Our consortium is applying for the Engine Mounts System (EMS) of the Ultra High Propulsive Efficiency. Our 3 objectives are:1. Assist the Engine Manufacturer & the Airframer in the evaluation & selection of the most promising & suitable Engine Mounts System (EMS) configuration. Criteria for evaluation: weight, cost, dynamic performance, certification, impact on engine & aircraft assembly.
2. Design, build, & test the selected concept for the Ground Test (GT) that is planned to validate study predictions & performances. Our intent is to develop solutions & technologies to minimize weight, reduce manufacturing process complexity, improve system dynamic performance, increase reliability, & provide continuous monitoring of system health & usage & measure in-flight EMS conditions & loads. The plan includes new solutions & technologies with a min. TRL 4 at CDR in order to advance to TRL 5, 6 at GT incl. EMS overall configuration validation & component optimization.
3. To develop & insert new solutions for ground test with lower TRL’s than 4 at CDR as parallel activities. These lower TRL solutions selected on their potential to provide a significant leap in the performance, manufacturing, & assembly.
Our consortium consists of
1. international company with global reach & renown experience in the EMS industry, LORD Corp
2. a German SME, excelling in manufacturing of aerospace structures, HEGGEMANN
3. an Italian consulting SME in the field of structural mechanics, Vicoter
4. an Italian University, one of the leading science & technology universities in Europe, Politecnico di Milano
This consortium set up a Work Plan starting in 3Q 2015 for a duration of 72 months, which is divided into 7 Work Packages, :
• WP1: Management & reporting
• WP2: Concept Studies & EMS Specification definition
• WP3: GT Design & Development
• WP4: GT Manufacturing & Delivery
• WP5: GT Qualification & Testing
• WP6: Support for Engine GT
• WP7: Innovation & new Technologies development
Status
CLOSEDCall topic
JTI-CS2-2014-CFP01-ENG-01-01Update Date
26-10-2022
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