Investigation of the reinforcement of ductile metals with strong, high modulus discontinuous, brittle fibers

Effect of fiber diameter and matrix alloys on impact-resistant boron/aluminum composites

Signorelli, R. A.
Mcdanels, D. L.

November 1976

Efforts to improve the impact resistance of B/Al are reviewed and analyzed. Nonstandard thin-sheet c...

Study of the growth parameters involved in synthesizing boron carbide filaments Final report

Gatti, A.
Mancuso, C.
Jakas, R.
Feingold, E.

March 1966

Boron carbide whiskers - growth, mechanical properties and crystalline perfection, and incorporation...

Strength advantages of chemically polished boron fibers before and after reaction with aluminum

Dicarlo, J. A.
Smith, R. J.

January 1982

In order to determine their strength potential, the fracture properties of different types of commer...

Investigation of the reinforcement of ductile metals with strong, high modulus, discontinuous, brittle fibers Final report, 1 Nov. 1967 - 31 Oct. 1968

Gatti, A.
Feingold, E.
Berry, J. M.
Gebhardt, J. J.
Mullin, J. V.

December 1968

Reinforcement of ductile aluminum and epoxies with brittle high modulus filament

Investigation of the reinforcement of ductule metals with strong, high modulus discontinuous, brittle fibers Quarterly report, 1 May - 1 Aug. 1968

Mullin, J. V.
Gatti, A.
Berry, J. M.

August 1968

Factors affecting tensile strength of ductile metals reinforced with short, brittle fiber

Research on boron filaments and boron reinforced composites

Herring, H. W.
Pride, R. A.
Baucom, R. M.

January 1966

Boron filaments for use as reinforcing phase in composite materials for aerospace structure

Study of the growth parameters involved in synthesizing boron carbide filaments

Gatti, A.
Feingold, E.
Kitler, J.
Mancuso, C.

September 1965

Growth and deposition zone geometry effects on boron carbide whisker production, mechanical properti...

Study of the growth parameters involved in synthesizing boron carbide filaments second quarterly report

Mancuso, C.
Gatti, A.

December 1964

Growth parameters in boron carbide whisker synthesis - molybdenum catalyst, growth chamber geometry,...

Development of a system for biaxial prestressing brittle materials

Netter, W. C.
Miller, R. J.
Greszczuk, L. B.

September 1968

Strengthening zirconia with discontinuous tungsten graphite, sapphire, and silicon carbide fiber

A study of low density, high strength high modulus filaments and composites

Alexander, J. A.
Shaver, R. G.
Withers, J. C.

July 1966

Filament and whisker reinforcement of low density, high strength, high modulus composites - metallic...

The prospects for composites based on boron fibers

Naslain, R.

June 1978

The fabrication of boron filaments and the production of composite materials consisting of boron fil...

Development of ductile high strength chromium alloys

Filippi, A. M.

November 1970

Heat treatment of carbide and boride strengthened chromium alloys to improve tensile and creep ruptu...

Fiber reinforced metal composites under study at Lewis Research Center

Weeton, J. W.
Signorelli, R. A.

January 1968

Ceramic whiskers, polycrystalline ceramic fibers, and fiber reinforced metal composite

Completion of evaluation of manufacturing processes for B/Al composites containing 0.2mm diameter boron fibers

Moorhead, P. E.
Moore, T. J.

September 1980

Four fabricators produced a total of 54 B/1100 Al, B/6061 Al, and B/2024 Al panels for evaluation. T...

Method for producing fiber reinforced metallic composites Patent

Quatinetz, M.
Jech, R. W.
Weeton, J. W.

August 1967

Description of method for producing metallic composites reinforced with ceramic and refractory hard ...

Effect of fiber diameter and matrix alloys on impact-resistant boron/aluminum composites

Signorelli, R. A.
Mcdanels, D. L.

November 1976

Efforts to improve the impact resistance of B/Al are reviewed and analyzed. Nonstandard thin-sheet c...

Study of the growth parameters involved in synthesizing boron carbide filaments Final report

Gatti, A.
Mancuso, C.
Jakas, R.
Feingold, E.

March 1966

Boron carbide whiskers - growth, mechanical properties and crystalline perfection, and incorporation...

Strength advantages of chemically polished boron fibers before and after reaction with aluminum

Dicarlo, J. A.
Smith, R. J.

January 1982

In order to determine their strength potential, the fracture properties of different types of commer...

Investigation of the reinforcement of ductile metals with strong, high modulus, discontinuous, brittle fibers Final report, 1 Nov. 1967 - 31 Oct. 1968

Gatti, A.
Feingold, E.
Berry, J. M.
Gebhardt, J. J.
Mullin, J. V.

December 1968

Reinforcement of ductile aluminum and epoxies with brittle high modulus filament

Investigation of the reinforcement of ductule metals with strong, high modulus discontinuous, brittle fibers Quarterly report, 1 May - 1 Aug. 1968

Mullin, J. V.
Gatti, A.
Berry, J. M.

August 1968

Factors affecting tensile strength of ductile metals reinforced with short, brittle fiber

Research on boron filaments and boron reinforced composites

Herring, H. W.
Pride, R. A.
Baucom, R. M.

January 1966

Boron filaments for use as reinforcing phase in composite materials for aerospace structure

Study of the growth parameters involved in synthesizing boron carbide filaments

Gatti, A.
Feingold, E.
Kitler, J.
Mancuso, C.

September 1965

Growth and deposition zone geometry effects on boron carbide whisker production, mechanical properti...

Study of the growth parameters involved in synthesizing boron carbide filaments second quarterly report

Mancuso, C.
Gatti, A.

December 1964

Growth parameters in boron carbide whisker synthesis - molybdenum catalyst, growth chamber geometry,...

Development of a system for biaxial prestressing brittle materials

Netter, W. C.
Miller, R. J.
Greszczuk, L. B.

September 1968

Strengthening zirconia with discontinuous tungsten graphite, sapphire, and silicon carbide fiber

A study of low density, high strength high modulus filaments and composites

Alexander, J. A.
Shaver, R. G.
Withers, J. C.

July 1966

Filament and whisker reinforcement of low density, high strength, high modulus composites - metallic...

The prospects for composites based on boron fibers

Naslain, R.

June 1978

The fabrication of boron filaments and the production of composite materials consisting of boron fil...

Development of ductile high strength chromium alloys

Filippi, A. M.

November 1970

Heat treatment of carbide and boride strengthened chromium alloys to improve tensile and creep ruptu...

Fiber reinforced metal composites under study at Lewis Research Center

Weeton, J. W.
Signorelli, R. A.

January 1968

Ceramic whiskers, polycrystalline ceramic fibers, and fiber reinforced metal composite

Completion of evaluation of manufacturing processes for B/Al composites containing 0.2mm diameter boron fibers

Moorhead, P. E.
Moore, T. J.

September 1980

Four fabricators produced a total of 54 B/1100 Al, B/6061 Al, and B/2024 Al panels for evaluation. T...

Method for producing fiber reinforced metallic composites Patent

Quatinetz, M.
Jech, R. W.
Weeton, J. W.

August 1967

Description of method for producing metallic composites reinforced with ceramic and refractory hard ...

Effect of fiber diameter and matrix alloys on impact-resistant boron/aluminum composites

Signorelli, R. A.
Mcdanels, D. L.

November 1976

Efforts to improve the impact resistance of B/Al are reviewed and analyzed. Nonstandard thin-sheet c...

Study of the growth parameters involved in synthesizing boron carbide filaments Final report

Gatti, A.
Mancuso, C.
Jakas, R.
Feingold, E.

March 1966

Boron carbide whiskers - growth, mechanical properties and crystalline perfection, and incorporation...

Strength advantages of chemically polished boron fibers before and after reaction with aluminum

Dicarlo, J. A.
Smith, R. J.

January 1982

In order to determine their strength potential, the fracture properties of different types of commer...

Investigation of the reinforcement of ductile metals with strong, high modulus discontinuous, brittle fibers

Abstract

Extracted data

Investigation of the reinforcement of ductile metals with strong, high modulus discontinuous, brittle fibers

Abstract

Extracted data

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