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1. 
Crushing behaviour of aluminum foam-filled composite tubes için kapak resmi
Crushing behaviour of aluminum foam-filled composite tubes
Crushing behaviour of aluminum foam-filled composite tubes
by 
Yüksel, Sinan.
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Format: 
El Yazması
Alıntı: 
Keywords:crushing, aluminum foam, foam filling, energy absorber, composite tubes.
Rafta:
2. 
Investigation of compression mechanical behaviour of aluminum foam filled metal tubes için kapak resmi
Investigation of compression mechanical behaviour of aluminum foam filled metal tubes
Investigation of compression mechanical behaviour of aluminum foam filled metal tubes
by 
Kavi, Halit.
Access to Electronic Version.
Format: 
El Yazması
Alıntı: 
Investigation of compression mechanical behaviour of aluminum foam filled metal tubes/ Kavi, Halit.
Rafta:
3. 
Quasi-static axial compression behavior of empty and polystyrene foam filled aluminum tubes için kapak resmi
Quasi-static axial compression behavior of empty and polystyrene foam filled aluminum tubes
Quasi-static axial compression behavior of empty and polystyrene foam filled aluminum tubes
by 
Toksoy, Ahmet Kaan.
Access to Electronic Version.
Format: 
El Yazması
Alıntı: 
Quasi static axial compression behavior of empty and polystyrene foam filled aluminum tubes/ Toksoy
Rafta:
4. 
The projectile impact responses of the composite faced aluminum foam and corrugated aluminum sandwich structures: a comparative study için kapak resmi
The projectile impact responses of the composite faced aluminum foam and corrugated aluminum sandwich structures: a comparative study
The projectile impact responses of the composite faced aluminum foam and corrugated aluminum sandwich structures: a comparative study
by 
Odacı, İsmet Kutlay.
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Format: 
El Yazması
Alıntı: 
The projectile impact responses of the composite faced aluminum foam and corrugated aluminum
Rafta:
5. 
Optimization of the axial crushing behavior of closed-cell aluminum foam filled welded 1050 al square-cross section crashboxes için kapak resmi
Optimization of the axial crushing behavior of closed-cell aluminum foam filled welded 1050 al square-cross section crashboxes
Optimization of the axial crushing behavior of closed-cell aluminum foam filled welded 1050 al square-cross section crashboxes
by 
Toksoy, Ahmet Kaan.
Access to Electronic Version.
Format: 
El Yazması
Alıntı: 
Optimization of the axial crushing behavior of closed cell aluminum foam filled welded 1050 al
Rafta:
6. 
The application of aliminum foam for the heat and noise reduction in automobiles için kapak resmi
The application of aliminum foam for the heat and noise reduction in automobiles
The application of aliminum foam for the heat and noise reduction in automobiles
by 
Akseli, Ilgaz.
Access to Electronic Version.
Format: 
El Yazması
Alıntı: 
The application of aliminum foam for the heat and noise reduction in automobiles/ Akseli, Ilgaz.
Rafta:
7. 
Inertial effect in aluminum metal foams için kapak resmi
Inertial effect in aluminum metal foams
Inertial effect in aluminum metal foams
by 
Kocatürk, Onur.
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Format: 
El Yazması
Alıntı: 
Aluminum foam.
Rafta:
8. 
Preparation and characterization of aluminum composite closed-cell foams için kapak resmi
Preparation and characterization of aluminum composite closed-cell foams
Preparation and characterization of aluminum composite closed-cell foams
by 
Elbir, Semih.
Access to Electronic Version.
Format: 
El Yazması
Alıntı: 
Aluminum foam.
Rafta:
9. 
The effects of sic particle addition on the foaming and mechanical behavior of aluminum closed-cell foams produced by foamming of powder compacts için kapak resmi
The effects of sic particle addition on the foaming and mechanical behavior of aluminum closed-cell foams produced by foamming of powder compacts
The effects of sic particle addition on the foaming and mechanical behavior of aluminum closed-cell foams produced by foamming of powder compacts
by 
Yüksel, Sinan.
Access to Electronic Version.
Format: 
El Yazması
Alıntı: 
Aluminum foam.
Rafta:
10. 
The effects of light-weight interface material on the stress wave propagation in the multilayered composite armor system için kapak resmi
The effects of light-weight interface material on the stress wave propagation in the multilayered composite armor system
The effects of light-weight interface material on the stress wave propagation in the multilayered composite armor system
by 
Tunusoğlu, Gözde.
Access to Electronic Version.
Format: 
El Yazması
Alıntı: 
Aluminum foam.
Rafta:
11. 
Process parameters and mechanical properties of geopolymer glass foam structures için kapak resmi
Process parameters and mechanical properties of geopolymer glass foam structures
Process parameters and mechanical properties of geopolymer glass foam structures
by 
Polat, Dilan, author.
Access to Electronic Versiyon.
Format: 
El Yazması
Alıntı: 
Process parameters and mechanical properties of geopolymer glass foam structures / Polat, Dilan
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12. 
Development and design of closed-cell aluminım foam-based lightweight sandwich structures for blast protection için kapak resmi
Development and design of closed-cell aluminım foam-based lightweight sandwich structures for blast protection
Development and design of closed-cell aluminım foam-based lightweight sandwich structures for blast protection
by 
Ergönenç, Çağrı.
Access to Electronic Version.
Format: 
El Yazması
Alıntı: 
Development and design of closed cell aluminım foam based lightweight sandwich structures for blast
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