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51results about How to "Reduced shear strength difference" patented technology

Homogenization postprocessing method of steel zinc semisolid composite board

InactiveCN102010947BShear strength reduction and coordinationReduced shear strength differenceRoom temperatureZinc
The invention discloses a homogenization postprocessing method of steel zinc semisolid composite board, belonging to the field of research on steel zinc semisolid composite board interface shear strength room temperature rolling postprocessing. The method comprises: twice rolling process is carried out on a steel zinc semisolid composite board composed of a 08Al steel plate with the thickness of 1.2mm and a zinc coating with the thickness of 2.5mm by virtue of a finish rolling machine at room temperature, wherein total down rate is 1.3%, the ratio of down rates of the primary rolling process and the secondary rolling process is 0.4-2, and the transverse interface shear strength difference of the composite board can be reduced to be less than 2.0MPa.
Owner:BEIJING JIAOTONG UNIV

Homogenization postprocessing method for steel-aluminium semi-solid clad plate

InactiveCN102010948AShear strength reduction and coordinationReduced shear strength differenceReduction rateRoom temperature
The invention discloses a homogenization postprocessing method for a steel-aluminium semi-solid clad plate, and belongs to the field of study of steel-aluminium semi-solid clad plate interface shear strength room-temperatue rolling postprocessing. In the method, the steel-aluminium semi-solid clad plate consisting of a 08 Al steel plate with the thickness of 1.2mm and an industrial pure aluminium cladding with the thickness of 2.5mm is subjected to two-pass rolling treatment on a precision mill at room temperature, wherein the total reduction rate is 1.0 percent, and the reduction rate ratio of the first pass to the second pass is 1:4.5-1:1, and the horizontal interface shear strength difference of the clad plate is reduced within 2.3MPa.
Owner:BEIJING JIAOTONG UNIV

Homogeneous post-processing method of steel red copper solid-liquid phase composite plate

InactiveCN102021284AShear strength reduction and coordinationReduced shear strength differenceCopper coatingRoom temperature
The invention discloses a homogeneous post-processing method of steel red copper solid-liquid phase composite plate, belonging to the post-processing research field of the interface shear strength and the rolling at room temperature of the steel red copper solid-liquid phase composite plate. The method comprises the step of carrying out a two-pass rolling processing on the steel red copper solid-liquid phase composite plate by a precision rolling machine at the room temperature to reduce the transverse interface shear strength difference of the composite plate to less than 3 MPa, wherein the steel red copper solid-liquid phase composite plate is composed of a 08 A1 steel plate with a thickness of 1.2 mm, and a red copper coating layer with a thickness of 3.0 mm; the total reduction is 2.8%, and the pass reduction proportion of the first pass and the second pass is 1:5-1:3.
Owner:BEIJING JIAOTONG UNIV

Method for uniformly post processing steel BFe30 cupronickel solid and liquid phase compound plate

InactiveCN102021283AShear strength reduction and coordinationReduced shear strength differenceReduction rateCupronickel
The invention discloses a method for uniformly post processing a steel BFe30 cupronickel solid and liquid phase compound plate and belongs to the research field of rolling post processing for the interface shear strength under room-temperature of the steel BFe30 cupronickel solid and liquid phase compound plate. In the method, the two-pass rolling treatment having a press reduction ratio of first pass to second pass being 1:4.5 to 1:2.5 and a whole press reduction rate of 2.6% is performed on the BFe30 cupronickel solid and liquid phase compound plate formed by a 1.2mm thick 08Al steel plate and a 1.5mm thick BFe30 cupronickel covering layer at room temperature on a precise rolling machine, so as to decrease the shear strength difference of the crosswise interface of the compound plate to the scope within 2.9MPa.
Owner:BEIJING JIAOTONG UNIV

Homogenizing postprocessing method for steel zinc 3-Graphite semi-solid composite panel

InactiveCN102010955BShear strength reduction and coordinationReduced shear strength differenceReduction ratioRoom temperature
The invention discloses a homogenizing processing method for a steel zinc 3-Graphite semi-solid composite panel, belonging to the field of research on the interface shearing strength room-temperature rolling postprocessing of the steel zinc 3-Graphite semi-solid composite panel. In the processing method, twice rolling are carried out on the steel zinc 3-Graphite semi-solid composite panel which is constituted by a 08AI steel plate with the thickness of 1.2 mm and a zinc 3-Graphite coating with the thickness of 1.5 mm by a fine rolling mill at room temperature, wherein the overall reduction ratio is 1.0%, and the ratio of the reduction ratio of the primary rolling to the reduction ratio of the secondary rolling is (1:1.5) to (3:1). By the method, the shearing strength difference of the transverse interface of the composite panel can be reduced to less than 1.7 MPa.
Owner:BEIJING JIAOTONG UNIV

Uniform aftertreatment method of steel and zinc 3 graphite solid-liquid phase composite plate

InactiveCN102010954AShear strength reduction and coordinationReduced shear strength differenceReduction ratioRoom temperature
The invention discloses a uniform aftertreatment method of a steel and zinc 3 graphite solid-liquid phase composite plate, belonging to the field of research on room-temperature rolling aftertreatment of the interfacial shear strength of the steel and zinc 3 graphite solid-liquid phase composite plate. The invention is characterized in that two-pass rolling treatment with total reduction ratio of 2.3% and proportion of first pass reduction ratio and second pass reduction ratio of 1:2 to 2:1 is carried out on the steel and zinc 3 graphite solid-liquid phase composite plate formed by a 1.2mm-thick 08Al steel plate and a 3.0mm-thick zinc 3 graphite coating on a precise rolling mill at room temperature. The method can reduce the difference of the horizontal interfacial shear strength of the composite plate within 1.8MPa.
Owner:BEIJING JIAOTONG UNIV

Uniform post-treatment method for steel titanium bronze 3.5-5 graphite semisolid composite board

InactiveCN102031351BShear strength reduction and coordinationReduced shear strength differenceRoom temperatureGraphite
The invention discloses a uniform post-treatment method for a steel titanium bronze 3.5-5 graphite semisolid composite board and belongs to the field of post-treatment research of interface shear strength room temperature rolling of the steel titanium bronze 3.5-5 graphite semisolid composite board. By the uniform post-treatment method, the steel titanium bronze 3.5-5 graphite semisolid compositeboard consisting of a 1.2-millimetre thick 08Al steel plate and a 2.8-millimetre thick titanium bronze 3.5-5 graphite coating layer is subjected to two-pass rolling treatment with a total percentage of reduction of 0.8 percent under room temperature on a precise rolling mill, wherein the pass percentage of reduction of the first pass to the second pass is (1:5)-(1:3), so a shear strength difference value of a transverse interface of the composite board is reduced to within 1.9 MPa.
Owner:BEIJING JIAOTONG UNIV

Homogenizing post-treatment method of steel aluminum-20-tin semi-solid composite board

InactiveCN102010958AShear strength reduction and coordinationReduced shear strength differenceReduction rateAluminium
The invention discloses a homogenizing post-treatment method of a steel aluminum-20-tin semi-solid composite board and belongs to the research field of the steel aluminum-20-tin semi-solid composite board interfacial shear strength room temperature rolling post-treatment. The method is as follows: two-pass rolling treatment is performed on a steel aluminum-20-tin semi-solid composite board composed of 08Al steel plate of which the thickness is 1.2mm and an aluminum-20-tin coating layer of which the thickness is 2.5mm on a precision rolling mill at the room temperature under the conditions that the total reduction rate is 0.9% and the pass reduction rate ratio of the first pass to the second pass is (6.5:1)-(4:1). The shear strength difference of the transverse interface of the composite board can be reduced to less than 1.7 MPa.
Owner:BEIJING JIAOTONG UNIV

Uniform post processing method for steel and aluminum 7 graphite semi-solid composite plate

InactiveCN102021285BShear strength reduction and coordinationReduced shear strength differenceSemi solidRoom temperature
The invention discloses a uniform post processing method for a steel and aluminum 7 graphite semi-solid composite plate and belongs to the field of interface shear strength room-temperature rolling post processing research of steel and aluminum 7 graphite semi-solid composite plates. By the method, the steel and aluminum 7 graphite semi-solid composite plate consisting of a 08Al steel plate with the thickness of 1.2mm and an aluminum 7 graphite coating with the thickness of 2.5mm is rolled for two passes on a precise rolling mill at the room temperature, wherein the total down rate is 0.5 percent, a ratio of a first pass down rate to a second pass down rate is 1:3.5-1:1.5, and the lateral interface shear strength difference value of the composite plate can be reduced to be less than 1.9MPa.
Owner:BEIJING JIAOTONG UNIV

Homogenizing post-treatment method of steel aluminum-7-graphite solid-liquid composite board

InactiveCN102010960BShear strength reduction and coordinationReduced shear strength differenceComposite plateInterfacial shear
The invention discloses a homogenizing post-treatment method of a steel aluminum-7-graphite solid-liquid composite board and belongs to the research field of the steel aluminum-7-graphite solid-liquid composite board interfacial shear strength room temperature rolling post-treatment. The method is as follows: two-pass rolling treatment is performed on a steel aluminum-7-graphite solid-liquid composite board composed of a 08Al steel plate of which the thickness is 1.2mm and an aluminum-7-graphite coating layer of which the thickness is 2.0mm on a precision rolling mill at the room temperature under the conditions that total reduction rate is 1.5% and the pass reduction rate ratio of the first pass to the second pass is (1:4)-(1:2). The shear strength difference of the transverse interface of the composite board can be reduced to less than 2Mpa.
Owner:BEIJING JIAOTONG UNIV

Even aftertreatment method for steel titanium bronze 3.5-3.5 boron nitride semisolid composite boards

InactiveCN102021288BReduced shear strength differenceShear strength reduction and coordinationRoom temperatureTitanium
The invention discloses an even aftertreatment method for steel titanium bronze 3.5-3.5 boron nitride semisolid composite boards, belonging to the research field of interface shear strength room temperature rolling aftertreatment for the steel titanium bronze 3.5-3.5 boron nitride semisolid composite boards. In the method, two-pass rolling treatment is carried out on the steel titanium bronze 3.5-3.5 boron nitride semisolid composite board prepared from 08Al steel plates with the thickness of 1.2mm and a titanium bronze 3.5-3.5 boron nitride coating with the thickness of 3.0mm at the room temperature on a precise rolling mill, wherein the total down rate is 0.7%, and the pass down rate proportion of a first pass to a second pass is 1:4.5-1:2, thus the different value of the lateral interface shear strength of the composite board can be reduced within 2.1 MPa.
Owner:BEIJING JIAOTONG UNIV

Uniform post-treatment method for steel-aluminum 5 graphite semi-solid composite plate

InactiveCN102010945BShear strength reduction and coordinationReduced shear strength differenceComposite plateInterfacial shear
The invention discloses a uniform post-treatment method for a steel-aluminum 5 graphite semi-solid composite plate, belonging to the research field of room temperature rolling post-treatment of the interfacial shear strength of the steel-aluminum 5 graphite semi-solid composite plate. The steel-aluminum 5 graphite semi-solid composite plate formed by a 1.2mm 08Al steel plate and a 1.0mm aluminum 5 graphite coating is subject to two passes of rolling treatment on a precision rolling mill at room temperature, wherein the total reduction rate is 0.8 and the proportion of the pass reduction rate of the first pass to the second pass is 1:4.5 to 1:2.5, and the difference of transverse interface shear strength of the composite plate can be reduced to within 1.8MPa.
Owner:BEIJING JIAOTONG UNIV

Uniform post-treatment method for steel and aluminum 4 graphite solid-liquid phase composite plate

InactiveCN102162022BShear strength reduction and coordinationReduced shear strength differenceReduction rateRoom temperature
The invention discloses a uniform post-treatment method of a steel and aluminum 4 graphite solid-liquid phase composite plate, which belongs to the field of research on interfacial shear strength room temperature rolling post-treatment of the steel and aluminum 4 graphite solid-liquid phase composite plate. In the method, two-pass rolling treatment is performed on the steel and aluminum 4 graphite solid-liquid phase composite plate which is composed of a 08Al steel plate with the thickness of 1.2mm and an aluminum 4 graphite covering layer with the thickness of 1.0mm on a precision rolling mill at room temperature, wherein the total reduction rate is 1.7%, and the proportion of the pass reduction rate of a first pass to the pass reduction rate of a second pass is 1: 5-1: 3, and the transverse interfacial shear strength difference value of the composite plate can be reduced to 2.1MPa or less.
Owner:BEIJING JIAOTONG UNIV

Uniform post-treatment method for steel and aluminum 4 graphite solid-liquid phase composite plate

InactiveCN102162022AShear strength reduction and coordinationReduced shear strength differenceReduction rateRoom temperature
The invention discloses a uniform post-treatment method of a steel and aluminum 4 graphite solid-liquid phase composite plate, which belongs to the field of research on interfacial shear strength room temperature rolling post-treatment of the steel and aluminum 4 graphite solid-liquid phase composite plate. In the method, two-pass rolling treatment is performed on the steel and aluminum 4 graphite solid-liquid phase composite plate which is composed of a 08Al steel plate with the thickness of 1.2mm and an aluminum 4 graphite covering layer with the thickness of 1.0mm on a precision rolling mill at room temperature, wherein the total reduction rate is 1.7%, and the proportion of the pass reduction rate of a first pass to the pass reduction rate of a second pass is 1: 5-1: 3, and the transverse interfacial shear strength difference value of the composite plate can be reduced to 2.1MPa or less.
Owner:BEIJING JIAOTONG UNIV

Uniform post-processing method of steel BFe 30 cupronickel semi-solid composite board

InactiveCN102011071BShear strength reduction and coordinationReduced shear strength differenceRoll mill control devicesMetal rolling arrangementsCupronickelRoom temperature
The present invention discloses a uniform post-processing method of BFe 30 cupronickel semi-solid composite board, belonging to the researching field of interface shearing strength room temperature rolling post-process of BFe 30 cupronickel semi-solid composite board; the method of the present invention carries through twice rolling processes with a total down rate at 1.5% and a down rate proportion of a first pass and a second pass at 1:3-2:1 for the BFe 30 cupronickel semi-solid composite board composed of a 08A1 steel plate 1.2mm in thickness and a BFe 30 cupronickel covering layer 1.5mm in thickness under room temperature and on a precise rolling mill; the difference value of transverse interface shearing strength of composite board can be reduced within 2.1MPa.
Owner:BEIJING JIAOTONG UNIV

Uniform post-processing method of steel-aluminium 28 lead solid liquid phase composite board

InactiveCN102010952AShear strength reduction and coordinationReduced shear strength differenceRoom temperatureComposite plate
The present invention discloses a uniform post-processing method of steel-aluminium 28 lead solid liquid phase composite board, belonging to the researching field of interface shearing strength room temperature rolling post-process of steel-aluminium 28 lead solid liquid phase composite board; the method of the present invention carries through twice pass rolling processes with a total down rate and 3% and a down rate proportion of a first pass and a second pass at 7:1-3:1 for the steel-aluminium 28 lead solid liquid phase composite board composed of a 08A1 steel plate 1.2mm in thickness and an aluminium 28 lead covering layer with 2.0mm in thickness under room temperature and on a precise rolling mill; the difference value of transverse interface shearing strength of composite board can be reduced within 2.6MPa.
Owner:BEIJING JIAOTONG UNIV

Uniform post-processing method of steel/zinc 3.5 boron nitride semi-solid composite board

InactiveCN102021287BReduced shear strength differenceShear strength reduction and coordinationReduction rateSemi solid
The invention discloses a uniform post-processing method of a steel / zinc 3.5 boron nitride semi-solid composite board, which belongs to the field of room-temperature rolling post-processing research of interface shearing strength of the steel / zinc 3.5 boron nitride semi-solid composite board. In the invention, the steel / zinc 3.5 boron nitride semi-solid composite board formed by a 08Al steel plate with thickness of 1.2 mm and a zinc 3.5 boron nitride coating with thickness of 3.0 mm is subject to twice rolling on a precise rolling mill at the room temperature under a total reduction rate of 0.7%, wherein the reduction rate ratio of the primary rolling to the secondary rolling is (1:2)-(2:1), and the transverse interface shearing strength difference of the composite board can be reduced toless than1.8 MPa.
Owner:BEIJING JIAOTONG UNIV

Homogenization postprocessing method for steel-aluminium semi-solid clad plate

InactiveCN102010948BShear strength reduction and coordinationReduced shear strength differenceReduction rateRoom temperature
The invention discloses a homogenization postprocessing method for a steel-aluminium semi-solid clad plate, and belongs to the field of study of steel-aluminium semi-solid clad plate interface shear strength room-temperatue rolling postprocessing. In the method, the steel-aluminium semi-solid clad plate consisting of a 08 Al steel plate with the thickness of 1.2mm and an industrial pure aluminiumcladding with the thickness of 2.5mm is subjected to two-pass rolling treatment on a precision mill at room temperature, wherein the total reduction rate is 1.0 percent, and the reduction rate ratio of the first pass to the second pass is 1:4.5-1:1, and the horizontal interface shear strength difference of the clad plate is reduced within 2.3MPa.
Owner:BEIJING JIAOTONG UNIV

Method for uniformly post-processing steel brass HSi80 semi-solid composite plate

InactiveCN102011070AReduced shear strength differenceShear strength reduction and coordinationRoll mill control devicesMetal rolling arrangementsSteel platesReduction rate
The invention discloses a method for uniformly post-processing a steel HSi80 brass semi-solid composite plate, which belongs to the field of steel brass HSi80 semi-solid composite plate interface cutting strength room-temperature rolling post-processing research. The method comprises the step of performing double-pass rolling processing on the steel HSi80 brass semi-solid composite plate on a precise rolling mill at room temperature, so that the difference value of the composite plate transverse interface cutting strength can be reduced to within 1.9 MPa, wherein the steel HSi80 brass semi-solid composite plate consists of a steel plate 08A1 with the thickness of 1.2 millimeters and a brass coating HSi80 with the thickness of 1.5 millimeters; the total reduction rate is 1.9 percent; and the ratio of the first pass reduction rate to the second pass reduction rate is 1:3 to 1:1.
Owner:BEIJING JIAOTONG UNIV

Uniform post-processing method of steel-aluminium 28 lead semisolid composite board

InactiveCN102010957AShear strength reduction and coordinationReduced shear strength differenceRoom temperatureComposite plate
The present invention discloses a uniform post-processing method of steel-aluminium 28 lead semisolid composite board, belonging to the researching field of interface shearing strength room temperature rolling post-process of steel-aluminium 28 lead semisolid composite board; the method of the present invention carries through twice pass rolling processes with a total down rate at 1.6% and a down rate proportion of a first pass and a second pass at 6:1-3:1 for the steel-aluminium 28 lead semisolid composite board composed of a 08A1 steel plate 1.2mm in thickness and an aluminium 28 lead covering layer 2.5mm in thickness under room temperature and on a precise rolling mill; the difference value of transverse interface shearing strength of composite board can be reduced within 1.9MPa.
Owner:BEIJING JIAOTONG UNIV

Uniform post-treatment method for steel aluminum 5 graphite solid-liquid phase composite board

InactiveCN102162021BShear strength reduction and coordinationReduced shear strength differenceReduction ratioRoom temperature
The invention discloses a uniform post-treatment method for a steel aluminum 5 graphite solid-liquid phase composite board, and belongs to the field of the research of room temperature rolling post-treatment of interfacial shear strength of steel aluminum 5 graphite solid-liquid phase composite boards. The two-pass rolling treatment that the total reduction ratio is 1.6 percent and the proportionof pass reduction ratios of a first pass and a second pass is (1:5)-(1:2) is performed on the steel aluminum 5 graphite solid-liquid phase composite board formed by a 08A1 steel plate with the thickness of 1.2mm and an aluminum 5 graphite cladding layer with the thickness of 1.5mm on a precision rolling mill at room temperature. The difference value of transverse interfacial shear strength of thecomposite board can be reduced to be less than 2.2MPa.
Owner:BEIJING JIAOTONG UNIV

Uniform post-processing method of steel-aluminum 20 stannum solid-liquid phase composite board

InactiveCN102010956BShear strength reduction and coordinationReduced shear strength differenceReduction ratioRoom temperature
The invention discloses a uniform post-processing method of a steel-aluminum 20 stannum solid-liquid phase composite board, belonging to the research field of interface shear strength room temperature rolling post-processing of the steel-aluminum 20 stannum liquid phase composite board. The steel-aluminum 20 stannum solid-liquid phase composite board consisting of a 08Al steel board with the thickness of 1.2mm and an aluminum 20 stannum covering layer with the thickness of 2.0mm is subjected to the two-pass rolling process on a precise rolling mill at room temperature, wherein the total reduction ratio is 2% and the reduction ratio of the first pass to the second pass is (8:1)-(4:1). As a result, the lateral interface shear strength difference of the composite board can be reduced to be less than 1.8 Mpa.
Owner:BEIJING JIAOTONG UNIV

Uniform post-processing method of steel titanium bronze 3.5-4 graphite semi-solid composite plate

InactiveCN102031352BShear strength reduction and coordinationReduced shear strength differenceRoom temperatureSemi solid
The invention discloses a uniform post-processing method of a steel titanium bronze 3.5-4 graphite semi-solid composite plate, belonging to the research field of interface shear strength room-temperature rolling post-processing of the steel titanium bronze 3.5-4 graphite semi-solid composite plate. In the invention, two passes of rolling processing are carried out on the steel titanium bronze 3.5-4 graphite semi-solid composite plate formed from a 08Al steel plate with the thickness of 1.2mm and a titanium bronze 3.5-4 graphite coating with the thickness of 2.8mm on a finishing mill at the room temperature with the total reduction of 1.0 percent and the percentage pass reduction ratio of a first pass and a second pass of 1:4.5-1:2.5, and the transverse interface shear strength difference of the composite plate is lowered within 2.0MPa.
Owner:BEIJING JIAOTONG UNIV

Method for uniformly post-processing steel brass HSi80 semi-solid composite plate

InactiveCN102011070BShear strength reduction and coordinationReduced shear strength differenceRoll mill control devicesMetal rolling arrangementsReduction rateRoom temperature
The invention discloses a method for uniformly post-processing a steel HSi80 brass semi-solid composite plate, which belongs to the field of steel brass HSi80 semi-solid composite plate interface cutting strength room-temperature rolling post-processing research. The method comprises the step of performing double-pass rolling processing on the steel HSi80 brass semi-solid composite plate on a precise rolling mill at room temperature, so that the difference value of the composite plate transverse interface cutting strength can be reduced to within 1.9 MPa, wherein the steel HSi80 brass semi-solid composite plate consists of a steel plate 08A1 with the thickness of 1.2 millimeters and a brass coating HSi80 with the thickness of 1.5 millimeters; the total reduction rate is 1.9 percent; and the ratio of the first pass reduction rate to the second pass reduction rate is 1:3 to 1:1.
Owner:BEIJING JIAOTONG UNIV

Homogenizing post-treatment method of steel aluminum-9-boron nitride semi-solid composite board

InactiveCN102010959AReduced shear strength differenceShear strength reduction and coordinationReduction rateAluminium
The invention discloses a homogenizing post-treatment method of a steel aluminum-9-boron nitride semi-solid composite board and belongs to the research field of the steel aluminum-9-boron nitride semi-solid composite board interfacial shear strength room temperature rolling post-treatment. The method is as follows: two-pass rolling treatment is performed on a steel aluminum-9-boron nitride semi-solid composite board composed of a 08Al steel plate of which the thickness is 1.2mm and an aluminum-9-boron nitride coating layer is 3.0mm on a precision rolling mill at the room temperature under the conditions that total reduction rate is 0.6% and the pass reduction rate ratio of the first pass to the second pass is (1:3.5)-(1:1). The shear strength difference of the transverse interface of the composite board can be reduced to less than 1.8Mpa.
Owner:BEIJING JIAOTONG UNIV

Even post-treatment method for steel-aluminum 4-graphite semi-solid composite plate

InactiveCN102010946AShear strength reduction and coordinationReduced shear strength differenceRoom temperatureSemi solid
The invention discloses an even post-treatment method for a steel-aluminum 4-graphite semi-solid composite plate, belonging to the research field of interfacial shear strength room temperature roll post-treatment of a steel-aluminum 4-graphite semi-solid composite plate. In the method, the steel-aluminum 4-graphite semi-solid composite plate is composed of a 08Al steel plate with the thickness of 1.2mm and an aluminum 4 graphite coating with the thickness of 2.0mm, two-pass rolling is carried out on the composite plate on an precise rolling mill at room temperature, wherein the total down rate is 0.6% and the ratio of pass down rate of a first pass to that of a second pass is 1:4 to 1:2; and the transverse interfacial shear strength difference of the composite plate is decreased to less than 2.0MPa.
Owner:BEIJING JIAOTONG UNIV

Homogenization post processing method for steel aluminum 9 boron nitride solid-liquid phase composite board

InactiveCN102010944BShear strength reduction and coordinationReduced shear strength differenceRoom temperatureBoron nitride
The invention discloses a homogenization post processing method for a steel aluminum 9 boron nitride solid-liquid phase composite board, belonging to the field of research on rolling post processing at room temperature of interface shear strength of a steel aluminum 9 boron nitride solid-liquid phase composite board. In the method of the invention, twice rolling processes are carried out on the steel aluminum 9 boron nitride solid-liquid phase composite board formed by a 08A1 steel plate the thickness of which is 1.2m and an aluminum boron nitride layer the thickness of which is 2.5mm by a rolling mill at room temperature, wherein the total down rate is 1.5% and the down rate ratio of the primary rolling process to the secondary rolling process is (1:4)-(1:1), and the transverse interfaceshear strength difference of the composite board is reduced below 1.8MPa.
Owner:BEIJING JIAOTONG UNIV

Homogenization post processing method for steel aluminum 9 graphite semisolid composite board

InactiveCN102010949BShear strength reduction and coordinationReduced shear strength differenceRoom temperatureGraphite
The invention discloses a homogenization post processing method for a steel aluminum 9 graphite semisolid composite board, belonging to the field of research on rolling post processing of the steel aluminum 9 graphite semisolid composite board at room temperature for interface shear strength . In the method provided by the invention, two-pass rolling processes are carried out on the aluminum 9 graphite semisolid composite board formed by a 08A1 steel plate the thickness of which is 1.2mm and an aluminum 9 graphite layer the thickness of which is 1.0mm by a rolling mill at room temperature, wherein the total down rate is 0.7% and the down rate ratio of the primary rolling process to the secondary rolling process is (1:2.5)-(2:1), and the transverse interface shear strength difference of the composite board is reduced below 1.7MPa.
Owner:BEIJING JIAOTONG UNIV

Uniform post-processing method of steel/zinc 3.5 boron nitride semi-solid composite board

InactiveCN102021287AReduced shear strength differenceShear strength reduction and coordinationReduction rateSemi solid
The invention discloses a uniform post-processing method of a steel / zinc 3.5 boron nitride semi-solid composite board, which belongs to the field of room-temperature rolling post-processing research of interface shearing strength of the steel / zinc 3.5 boron nitride semi-solid composite board. In the invention, the steel / zinc 3.5 boron nitride semi-solid composite board formed by a 08Al steel plate with thickness of 1.2 mm and a zinc 3.5 boron nitride coating with thickness of 3.0 mm is subject to twice rolling on a precise rolling mill at the room temperature under a total reduction rate of 0.7%, wherein the reduction rate ratio of the primary rolling to the secondary rolling is (1:2)-(2:1), and the transverse interface shearing strength difference of the composite board can be reduced to less than1.8 MPa.
Owner:BEIJING JIAOTONG UNIV

Uniform post-processing method for steel-aluminum solid-liquid composite plate

InactiveCN102010951AShear strength reduction and coordinationReduced shear strength differenceReduction rateRoom temperature
The invention discloses a uniform post-processing method for a steel-aluminum solid-liquid composite plate, which belongs to the field of room temperature rolling post-processing study on the interfacial shear strengths of a steel-aluminum solid-liquid composite plate. The method is implemented through the step of carrying out two-pass rolling processing on a steel-aluminum solid-liquid compsite plate on a precise rolling mill at room temperature so as to reduce the difference between the transverse interfacial shear strengths of the composite plate to below 3MPa, wherein the steel-aluminum solid-liquid composite plate is composed of a 08Al steel plate with the thickness of 1.2mm and an industrial pure aluminum coating with the thickness of 1.0mm, the total relative draught of the two-pass rolling is 3.5 percent, and the ratio of the first-pass reduction rate to the second-pass reduction rate is (1:6) to (1:2).
Owner:BEIJING JIAOTONG UNIV