涡轮叶片(发动机)形状
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Keeping pace with new technology turbine blades, turbine buckets, we are committed to meet the needs of the most demanding gas turbine operators.
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Gas turbine Blades, turbine buckets with fully turbulated cooling holes.
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Small or large Z form design turbine blades, turbine buckets.
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Gas turbine blades, turbine buckets with peripheral cooling schemes.
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Cooling holes produced within the casting of gas turbine blades, turbine buckets.
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Our cutting edge machines capable of running over 100 HP manufacture turbine blades and turbine vanes that reduces normal delivery cycles and costs by half.
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Turbine blades, turbine buckets with complex serration machining and modified pin slots to reduce vibration and increase part life.
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Precision, super alloy investment castings developed for all row turbine blades, turbine buckets.
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Gas turbine blade, turbine bucket tip cutbacks to meet any modification requirements.
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Hydraulic fixtures and our state of art CNC machines can produce turbine blade lengths of up to 60 inches.
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Corrosion resistant bond coating applied on turbine blades, turbine buckets to provide high adhesion and low oxide content.
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Ceramic top coating applied on turbine vanes, turbine nozzles for high temperature resistant thermal cycling, reduction of part strain and stress.
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Contact | © Disclaimer | Site Map | Search | Deutsch Home > Expertise > Expertise > Materials Engineering > Mechanical Behaviour of Materials
•Analytical Chemistry; Reference Materials
•Chemical Safety Engineering
•Containment Systems for Dangerous Goods
•Materials and Environment
•Materials Engineering
Composition and Microstructure of Engineering Materials
Mechanical Behaviour of Materials
Service Loading Fatigue and Structural Integrity
Advanced Ceramics
Safety of Joined Components
Mechanical Behaviour of Polymers
•Materials Protection and Surface Technologies
•Safety of Structures
•Non-Destructive Testing
•Accredítation, Quality in Testing
Working group
Modelling and Simulation of Mechanical Behaviour of Materials Examples of activities of the working group
•Physically based material modelling
•Determination of material parameters, model verification
•High speed loading/cutting
•Loading in a turbine blade
•Notch in a single crystal
•Microsystem technology, flip chip
•Determination of the elastic constants of anisotropic materials
Physically based material modelling