CN203917866U - Multifunctional reverse gravitational casting physical simulating device - Google Patents
Multifunctional reverse gravitational casting physical simulating device Download PDFInfo
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- CN203917866U CN203917866U CN201420243782.7U CN201420243782U CN203917866U CN 203917866 U CN203917866 U CN 203917866U CN 201420243782 U CN201420243782 U CN 201420243782U CN 203917866 U CN203917866 U CN 203917866U
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Abstract
The utility model relates to a kind of Multifunctional reverse gravitational casting physical simulating device, comprises lower pressure tank system, upper pressure tank system, heating water bath system, running gate system, and the batching of described device is lucite, Merlon or glass.The utility model is selected metalloid organic matter, if succinonitrile is as model allo, the low pressure casting of implementation model alloy, counter-pressure casting, adjustable pressure casting or suction pouring process, observation model alloy fills type rule under antigravity condition intuitively, final acquisition in antigravity casting process, casting moulding system structural parameters and counter-gravity casting equipment technological parameter.
Description
Technical field
The utility model relates to a kind of analogue means, especially a kind of Multifunctional reverse gravitational casting physical simulating device.
Background technology
Enter the new century, the applications such as China's Aeronautics and Astronautics, navigation, more and more higher to the instructions for use of transmission system and weaponry, the critical support part of these equipments, as aero-engine transmission system master subtracts casing, more and more obvious to the demand of complex thin-wall aluminium alloy element.The foundry engieering of complex thin-walled member has become one of key technology of the modernization of national defense.For magnesium, the aluminum alloy junction member of these complex thin-walls, Multi-oil circuit, utilize antigravity casting can strengthen the feeding capacity of aluminium alloy, reduce cold shut, owe the casting flaws such as casting.
Antigravity casting was risen the 1950's, it refers to by the pressure inside and outside control working chamber, crucible place, above aluminium alloy in crucible, form certain pressure difference (pressure reduction), force aluminium alloy under the effect of pressure reduction, along stalk, overcome gravity and other resistance filling casting mold from bottom to top, and under certain pressure, obtain a kind of method of foundry goods.
Different generation types according to antigravity casting pressure reduction, are divided into low pressure casting, counter-pressure casting, adjustable pressure casting and suction pouring.Low pressure casting is that casting mold is placed under atmospheric pressure, aluminium alloy place crucible is placed in lower tank, by the pressure of tank under real-time control, force aluminium alloy with certain speed, to fill type along stalk, after aluminium alloy is full of casting mold and solidifies completely, to lower tank release, remaining aluminium alloy is refunded to crucible from stalk, save alloy raw material.Different from low pressure, counter-pressure casting is that casting mold is also placed in to autoclave pressure, goes up in tank, by controlling the pressure of upper and lower tank, produce pressure reduction, and pressure reduction not only drives aluminium alloy to fill type, and the process of setting of aluminium alloy also completes under certain differential pressure action.Adjustable pressure casting, refers to that aluminium alloy, at negative pressure lower charging type, solidifies under positive pressure, and device structure is in close proximity to counter-pressure casting.Suction pouring process refers to, aluminium alloy is at larger negative pressure lower charging type, so filling velocity is often very fast.
In the experiment and production exploratory development of antigravity casting, heat transfer theory (the Wang Zhong based on foundry goods/casting mold such as Wang Zhong, Niu Xiaofeng, Hou Hua. the Study on Forecasting Method of process of setting shrinkage cavity shrinkage porosity under low pressure casting. casting .2011, 60 (10): 983-987), studied foundry goods shrinkage cavity under low pressure casting, the form of shrinkage defect, consider that low pressure casting feeding has the rule of gravity feeding and pressure feeding double properties, and the impact of pressure on critical solid rate, the method of Shrinkage Prediction under a kind of new prediction low pressure casting has been proposed, and it has carried out numerical simulation calculation.After verify, result shows with the actual goodness of fit higher.
Meter Guo Fa etc. have studied the impact (meter Guo Fa of counter-pressure casting different technical parameters on A357 alloy secondary dendrite arm spacing, Wen Tao, king is mad to fly etc. the impact of Solidification Condition on Secondary Dendrite Arm Spacing of A 357 Alloy Under Counter-Pressure Casting. and casting .2007,56 (2): 137-140), experimental result shows, the ability that the silica sand of laying chill reduces secondary dendrite arm spacing is the strongest; Due to the chill effect of end, from cold junction more close to, secondary dendrite arm spacing is less; Pressure is on not significantly impact of secondary dendrite arm spacing; In order to obtain σ
bmaxthe foundry goods of (the maximum tensile strength)>=320MPa, secondary dendrite arm spacing should be controlled at below 55 μ m, i.e. V
l(local solidification speed)>=0.23 ℃/s.
Utilize Countergravity casting method, during larger, the baroque foundry goods of casting size, as the filling velocity of having relatively high expectations, often adopt band to inhale the process for suction casting of casting chamber, be CLA (Counter-gravity Low-pressure Casting) method (Chen Shanxian, Hao Qitang, Li Qiang etc. the development of suction pouring equipment and prospect. foundry engieering .2012,33 (12): 1478-1481.), casting mold is placed in to inhale casting indoor, closed chamber declines, and sprue immerses in liquid metal, start vavuum pump negative pressure state is pumped into in suction casting chamber, liquid metal is inhaled into casting mold simultaneously.After aluminium alloy solidifies in casting mold, remove the vacuum state of inhaling casting chamber, in running channel and stalk, the molten metal of ot-yet-hardened is back to crucible, takes out casting mold, obtains foundry goods after cleaning.
During application process for suction casting, there is scholar to think that filling velocity is too fast, for complex thin-walled member, can be at a large amount of gas hole defects of the inner generation of foundry goods.For proving this viewpoint, according to the principle of similitude, designed and produced the hydraulic analogy experimental provision (Sun Xun of suction pouring impeller casting, Wang Junqing. suction pouring impeller casting hydraulic analogy experimental study. Special Processes of Metal Castings and non-ferrous alloy .1998, (6): 18-21), the medium-sized internal pressure of water filling mould form process and filling velocity Changing Pattern have been studied, be determined by experiment and reasonably filled type technological parameter, and be applied to, in actual impeller suction casting test, eliminate the large area gas hole defect in foundry goods.
Antigravity casting technique, is applied to complex thin-wall aluminium, Mg alloy castings aspect at present, still has some problems anxious to be resolved:
1). in cavity filling process, in type, there is higher gas counter-pressure (except suction pouring), affected the mold-filling capacity of liquid alloy, cause antigravity casting pressure accurately aspect control difficulty very large;
2). when low pressure, counter-pressure casting,, very easily there is chemical reaction with aluminium, liquid magnesium alloy surface and generate oxide-film in residual gas in type, causes being involved in aluminium alloy and form slag inclusion and pore, form casting flaw, the distribution of this class defect in die cavity and the relation between filling velocity are not found out;
3). the impact about the filling form of liquid metal on complex thin-wall casting solidification process, literature research is less, especially between molten metal backflow rule and pressure reduction, is related to aspect, and scientific worker still lacks the understanding of antigravity casting being filled to type rule;
4). existing hydraulics physical simulation experiment device function singleness, can not contain the antigravity casting processes such as low pressure, differential pressure, pressure regulation and suction pouring; In existing physical simulating device, model media mostly is water, cannot simulate the process of setting of metal.
Summary of the invention
The utility model is for above problem, utilize similarity criterion, develop voluntarily a kind of Multifunctional reverse gravitational casting physical simulating device, utilize this device: can study quantitatively in antigravity casting process, functional relation between liquid level climbing speed and pressure reduction, contributes to the accurate pressure reduction of realizing antigravity casting to control; Can study slag inclusion and volume gas with filling the mobile regularity of distribution of type, contribute to technologist to avoid and eliminate this class defect to produce in antigravity casting process; Can realize repeatedly model liquid medium along the backflow experiment of stalk, contribute to find out the backflow rule of true aluminium alloy; This device as select the metalloid organic matter (Ding Erjing) of low melting point, can realize the process of setting experiment of antigravity casting, for studying true aluminium alloy in antigravity casting process, fills the solidification law after type.
Concrete technical scheme of the present utility model is, Multifunctional reverse gravitational casting physical simulating device comprises lower pressure tank system, upper pressure tank system, heating water bath system, running gate system, lower pressure tank system comprises lower tank, load cover plate, lower load base plate, lower tank pressurizing valve, described lower tank tank mouth is provided with load cover plate by seal form, inside is provided with the lower load base plate that water-bath system is installed, and is provided with lower tank pressure-relief valve, the lower tank pressurizing valve being connected with pressue device, lower pressure tank table on tank body; Upper pressure tank system comprises tank, upper tank pressurizing valve, upper tank extraction valve, the tank mouth of described upper tank is downward, salable being arranged on described lower tank tank mouth, is provided with tank pressure-relief valve, the upper tank pressurizing valve being connected with pressue device, the upper tank extraction valve being connected with air extractor, upper pressure tank table and temperature measuring equipment on upper tank; Heating water bath system comprises water bath containers on the lower load base plate being arranged in lower tank, be arranged on water-bath crucible in water bath containers, measure the temperature measuring equipment of fluid temperature and the firing equipment of heating liquid in water bath containers; Running gate system comprises stalk, and the lower end of described stalk is immersed in that the liquid level of liquid in water-bath crucible is following, upper end is connected with the die cavity of casting mold through load cover plate, described stalk and load cover plate for sealing.
The material of described upper tank, lower tank, load cover plate is lucite or Merlon; The material of water-bath crucible, water bath containers, stalk is glass; On lower tank, can also be provided with glass window; Dielectric in water bath containers is water, and the medium in water-bath crucible is the metalloid organic matter of water or the molten boiling point lower than water, as succinonitrile, can also comprise soluble trace particle (as organic bromide etc.) in the medium in water-bath crucible; The tank mouth of lower tank is provided with flange, is provided with dovetail groove on flange, and O-ring seal is installed in groove, and the installation that the tank mouth of upper tank coordinates, on the top of O-ring seal; The tank mouth of described lower tank is provided with step wide at the top and narrow at the bottom, what load cover plate coordinated is arranged on step, in described cooperation place, be provided with O-ring seal, between lower tank and load cover plate, be provided with the loose-joint butt being connected by two connecting rods, described loose-joint butt one end is fixed on lower tank, and the other end is arranged on load cover plate, and the connecting rod described at least one has elasticity, on described load cover plate, be installed with lock washer, one end of loose-joint butt is fixed on lock washer; On described stalk, be provided with projection, on load cover plate, be provided with the groove matching with projection, what described projection coordinated is arranged in groove, and the one side coordinating with described groove is provided with cushion rubber, and another side can compress cushion rubber by the slip washer being arranged on load cover plate; Described air extractor comprises the vavuum pump being connected with the motor of bleeding, and vavuum pump connects negative-pressure cup, and negative-pressure cup is connected with upper tank extraction valve by tracheae, on described negative-pressure cup, is provided with vacuum transducer; Described pressue device comprises and the inflator pump that adds Medium-voltage Motor and be connected, and inflator pump is connected with upper tank pressurizing valve and/or lower tank pressurizing valve by tracheae, and described pressue device can be for a set of; Described temperature measuring equipment is connected with temperature-controlling cabinet with firing equipment, and temperature measuring equipment is thermocouple sensor, and firing equipment is electric heating tube; Described Multifunctional reverse gravitational casting physical simulating device is arranged in support system.
The operation principle of upper and lower pressure tank system is: during pressurization, motor work drives inflator pump, by tracheae, upper and lower tank is carried out pneumatic compression.When upper tank pressurizing valve is closed, lower tank pressurizing valve is when open, only lower tank is pressurizeed; When upper tank pressurizing valve is opened, lower tank pressurizing valve is when close, only upper tank is pressurizeed.When the atmospheric pressure value of Pressure gauge demonstration reaches set definite value, voltage-controlled case is controlled motor and is quit work, and stops pressurization.While vacuumizing, motor drives vavuum pump work, and negative-pressure cup is vacuumized, and upper tank extraction valve is opened, and upper tank is vacuumized.When the vacuum values of vacuum meter demonstration reaches set definite value, vacuum transducer is controlled motor and is quit work, and stops vacuumizing.
The operation principle of heating water bath system is, electric heating tube by heating water bath to design temperature (T
0), thermocouple is by T
0feed back to temperature-controlling cabinet, temperature-controlling cabinet sends power on signal to electric heating tube, electric heating tube continuous heating.As bath temperature>=T
0time, thermocouple feeds back to temperature-controlling cabinet by bath temperature value, and temperature-controlling cabinet sends power-off signal to electric heating tube, and electric heating tube stops heating.As bath temperature < T
0time, in like manner electric heating tube starts heating.
The operation principle of running gate system is, model allo, under the effect of upper and lower tank pressure difference, in stalk injects casting mold die cavity, when model allo starts to solidify, sheds pressure difference, and model allo is back in model allo crucible.
The multifunctionality of device that the utility model is carried is embodied in, and it can realize low pressure casting physical analogy, counter-pressure casting physical analogy, adjustable pressure casting physical analogy or suction pouring physical analogy, below will introduce respectively.
1). low pressure casting physical analogy
By upper tank shed, lower tank pressurizing valve closes, place running gate system, start lower tank compression system, to lower tank pressurize (maximum pressure is 3Bar) produce pressure differential deltap p, Selection Model liquid medium is water, in water, add after trace particle, can observe intuitively, low pressure casting condition lower mold inner model liquid medium fill type flowing law;
2). counter-pressure casting physical analogy
Install tank and lower tank closely cooperates, place running gate system, start upper and lower tank compression system, open tank pressurizing valve and lower tank pressurizing valve, upper and lower tank is pressurizeed simultaneously, reach setting value P
0time, by upper tank pressure relief vent release (decompression method) or close and to close tank pressurizing valve and continue lower tank pressurize (supercharge method).These two kinds of methods, all can produce Δ p, and Selection Model liquid medium (36) is water, adds after trace particle in water, can observe intuitively, and under counter-pressure casting condition, casting mold inner model medium fills type flowing law;
3). adjustable pressure casting physical analogy
Install tank and lower tank closely cooperates, place running gate system, start upper tank pumped vacuum systems and lower tank compression system simultaneously, produce Δ p, make model liquid medium, at negative pressure retrofilling casting mold; Selection Model liquid medium is water, in model liquid medium, adds after trace particle, can observe intuitively, under adjustable pressure casting condition, casting mold inner model liquid medium fill type flowing law;
4). suction pouring physical analogy
Install tank and lower tank closely cooperates, place running gate system, tank pressurizing valve is closed in pass, open tank extraction valve, tank pumped vacuum systems in startup, is down to setting value (minimum is 100Pa) by the air pressure of upper tank, produces Δ p between upper and lower tank, make model liquid medium, at negative pressure retrofilling casting mold.Selection Model liquid medium is water, in model liquid medium, adds after trace particle, can observe intuitively, under suction pouring condition, casting mold inner model liquid medium fill type flowing law;
5). as model liquid medium changed into the metalloid organic matter (as succinonitrile) of low melting point, be placed in water-bath crucible, start heating water bath system (power is 2kW, heating water bath to 100 ℃), metalloid organic matter heat fused is extremely liquid.Then start vacuum or compression system, can, respectively in above-mentioned low pressure casting physical simulation experiment, counter-pressure casting physical simulation experiment, adjustable pressure casting physical simulation experiment or suction pouring physical simulation experiment, simulate the process of setting of actual alloy under antigravity casting condition.
This device is selected metalloid organic matter, if succinonitrile is as model allo, by heating water bath system melting model alloy, by upper and lower tank, independently vacuumize and compression system, produce the pressure reduction in antigravity casting process, the low pressure casting of implementation model alloy, counter-pressure casting, adjustable pressure casting or suction pouring process.Utilize this physical simulating device, observation model alloy fills type rule under antigravity condition intuitively, comprise the affect rule of pressure reduction on model allo filling velocity, the affect rule of pressure reduction on model allo solidification shrinkage, the relation that affects of pressure reduction and model allo defective form and position.Thereby carry out the research of antigravity casting process parameter optimizing, finally obtain in antigravity casting process, casting moulding system structural parameters and counter-gravity casting equipment technological parameter.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model;
Fig. 2 is upper and lower tank hermetically-sealed construction and load base plate pre-installation view;
Fig. 3 is upper and lower tank hermetically-sealed construction and load base plate pre-pressing view;
Fig. 4 is stalk and bearing pressing plate scheme of installation.
The specific embodiment
As shown in the figure, Multifunctional reverse gravitational casting physical simulating device comprises lower pressure tank system, upper pressure tank system, heating water bath system, running gate system, lower pressure tank system comprises lower tank 1, load cover plate 21, lower load base plate 2, lower tank pressurizing valve 6, the tank mouth of described lower tank 1 is provided with load cover plate 21 by seal form, inside is provided with the lower load base plate 2 that water-bath system is installed, and is provided with lower tank pressure-relief valve 5, the lower tank pressurizing valve 6 being connected with pressue device, lower pressure tank table 22 on tank body; Upper pressure tank system canister mouth is downward, the salable upper tank 17 being arranged on described lower tank 1 tank mouth, is provided with tank pressure-relief valve 15, the upper tank pressurizing valve 13 being connected with pressue device, the upper tank extraction valve 14 being connected with air extractor, upper pressure tank table 18 and temperature measuring equipment 19 on upper tank 17 tank bodies; Heating water bath system comprises water bath containers 4 on the lower load base plate 2 being arranged in lower tank 1 tank body, is arranged on the water-bath crucible 3 in water bath containers 4, the temperature measuring equipment 24 of measuring water bath containers 4 interior fluid temperatures and the firing equipment 23 of heating liquid; Running gate system comprises stalk 26, the lower end of described stalk 26 is immersed in that the liquid level of water-bath crucible 3 interior liquid is following, upper end is connected with the die cavity of casting mold 16 through load cover plate 21, described stalk 26 and 21 sealings of load cover plate, the material of described upper tank 17, lower tank 1, load cover plate 21 is lucite or Merlon; The material of water-bath crucible 3, water bath containers 4, stalk 26 is glass.On described lower tank 1 body, can also be provided with glass window 27.Dielectric in described water bath containers 4 is water, and the medium in water-bath crucible 3 is the metalloid organic matter of water or the molten boiling point lower than water, as succinonitrile.In the described medium in water-bath crucible 3, can also comprise soluble trace particle, comprise organic bromide.The tank mouth of described lower tank 1 is provided with flange 30, on flange 30, is provided with dovetail groove, and O-ring seal 31 is installed in groove, the top that is arranged on O-ring seal 31 that the tank mouth of upper tank 17 coordinates; The tank mouth of described lower tank 1 is provided with step wide at the top and narrow at the bottom, what load cover plate 21 coordinated is arranged on step, in described cooperation place, be provided with O-ring seal 32, between lower tank 1 and load cover plate 21, be provided with the loose-joint butt 33 being connected by two connecting rods, described loose-joint butt 33 one end are fixed on lower tank 1 tank body, the other end is arranged on load cover plate 21, and has at least a connecting rod to have elasticity.On described load cover plate 21, be installed with lock washer 34, one end of loose-joint butt 33 is fixed on lock washer 34.On described stalk 26, be provided with projection 28, on load cover plate 21, be provided with and projection 28 grooves that match, what described projection 28 coordinated is arranged in groove, the one side coordinating with described groove is provided with cushion rubber 29, and another side can compress cushion rubber by the slip washer 40 being arranged on load cover plate 21.Described air extractor comprises the vavuum pump 11 being connected with the motor 10 of bleeding, and vavuum pump 11 connects negative-pressure cup 12, and negative-pressure cup 12 is connected with upper tank extraction valve 14 by tracheae, on described negative-pressure cup 12, is provided with vacuum transducer 41; Described pressue device comprises and the inflator pump 8 that adds Medium-voltage Motor 9 and be connected, inflator pump 8 is connected with lower tank pressurizing valve 6 with upper tank pressurizing valve 13 by tracheae, described temperature measuring equipment 19,24 is connected with temperature-controlling cabinet 7 with firing equipment 23, temperature measuring equipment 19,24 is thermocouple sensor, and firing equipment 23 is electric heating tube.Described Multifunctional reverse gravitational casting physical simulating device is arranged in support system 25.
Claims (13)
1. a Multifunctional reverse gravitational casting physical simulating device, it is characterized in that, described device comprises lower pressure tank system, upper pressure tank system, heating water bath system, running gate system, lower pressure tank system comprises lower tank (1), load cover plate (21), lower load base plate (2), lower tank pressurizing valve (6), the tank mouth of described lower tank (1) is provided with load cover plate (21) by seal form, inside is provided with the lower load base plate (2) that water-bath system is installed, and is provided with lower tank pressure-relief valve (5), the lower tank pressurizing valve (6) being connected with pressue device, lower pressure tank table (22) on tank body; Upper pressure tank system canister mouth is downward, the salable upper tank (17) being arranged on described lower tank (1) tank mouth, is provided with tank pressure-relief valve (15), the upper tank pressurizing valve (13) being connected with pressue device, the upper tank extraction valve (14) being connected with air extractor, upper pressure tank table (18) and temperature measuring equipment (19) on upper tank (17) tank body; Heating water bath system comprises water bath containers (4) on the lower load base plate (2) being arranged in lower tank (1) tank body, is arranged on the water-bath crucible (3) in water bath containers (4), the temperature measuring equipment (24) of measuring the interior fluid temperature of water bath containers (4) and the firing equipment (23) of heating liquid; Running gate system comprises stalk (26), the lower end of described stalk (26) is immersed in that the liquid level of the interior liquid of water-bath crucible (3) is following, upper end is connected with the die cavity of casting mold (16) through load cover plate (21), described stalk (26) and load cover plate (21) sealing, the material of described upper tank (17), lower tank (1), load cover plate (21) is lucite or Merlon; The material of water-bath crucible (3), water bath containers (4), stalk (26) is glass.
2. Multifunctional reverse gravitational casting physical simulating device as claimed in claim 1, is characterized in that, on described lower tank (1) body, can also be provided with glass window (27).
3. Multifunctional reverse gravitational casting physical simulating device as claimed in claim 1, is characterized in that, the dielectric in described water bath containers (4) is water, and the medium in water-bath crucible (3) is the metalloid organic matter of water or the molten boiling point lower than water.
4. Multifunctional reverse gravitational casting physical simulating device as claimed in claim 3, is characterized in that, the medium in described water-bath crucible (3) is succinonitrile.
5. the Multifunctional reverse gravitational casting physical simulating device as described in claim 3 or 4, is characterized in that, in the described medium in water-bath crucible (3), can also comprise soluble trace particle.
6. Multifunctional reverse gravitational casting physical simulating device as claimed in claim 5, is characterized in that, described trace particle is organic bromide.
7. Multifunctional reverse gravitational casting physical simulating device as claimed in claim 1, it is characterized in that, the tank mouth of described lower tank (1) is provided with flange (30), on flange (30), be provided with dovetail groove, O-ring seal (31) is installed, the top that is arranged on O-ring seal (31) that the tank mouth of upper tank (17) coordinates in groove; The tank mouth of described lower tank (1) is provided with step wide at the top and narrow at the bottom, what load cover plate (21) coordinated is arranged on step, in described cooperation place, be provided with O-ring seal (32), between lower tank (1) and load cover plate (21), be provided with the loose-joint butt (33) being connected by two connecting rods, described loose-joint butt (33) one end is fixed on lower tank (1) tank body, it is upper that the other end is arranged on load cover plate (21), and have at least a connecting rod to have elasticity.
8. Multifunctional reverse gravitational casting physical simulating device as claimed in claim 7, is characterized in that, on described load cover plate (21), is installed with lock washer (34), and one end of loose-joint butt (33) is fixed on lock washer (34).
9. Multifunctional reverse gravitational casting physical simulating device as claimed in claim 1, it is characterized in that, on described stalk (26), be provided with projection (28), on load cover plate (21), be provided with the groove matching with projection (28), what described projection (28) coordinated is arranged in groove, the one side coordinating with described groove is provided with cushion rubber (29), and another side can compress cushion rubber by the slip washer (40) being arranged on load cover plate (21).
10. Multifunctional reverse gravitational casting physical simulating device as claimed in claim 1, it is characterized in that, described air extractor comprises the vavuum pump (11) being connected with the motor of bleeding (10), vavuum pump (11) connects negative-pressure cup (12), negative-pressure cup (12) is connected with upper tank extraction valve (14) by tracheae, is provided with vacuum transducer (41) on described negative-pressure cup (12); Described pressue device comprises and the inflator pump (8) that adds Medium-voltage Motor (9) and be connected, and inflator pump (8) is connected with lower tank pressurizing valve (6) with upper tank pressurizing valve (13) by tracheae.
11. Multifunctional reverse gravitational casting physical simulating devices as claimed in claim 1, is characterized in that, described temperature measuring equipment (19), (24) are connected with temperature-controlling cabinet (7) with firing equipment (23).
12. Multifunctional reverse gravitational casting physical simulating devices as described in claim 1 or 11, is characterized in that, temperature measuring equipment (19), (24) are thermocouple sensor, and firing equipment (23) is electric heating tube.
13. Multifunctional reverse gravitational casting physical simulating devices as described in claim 1 or 11, is characterized in that, described Multifunctional reverse gravitational casting physical simulating device is arranged in support system (25).
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| CN104001900A (en) * | 2013-12-06 | 2014-08-27 | 哈尔滨东安发动机（集团）有限公司 | Multifunctional antigravity casting physical simulation device |
| CN104399941A (en) * | 2014-11-11 | 2015-03-11 | 东莞市锐风机械有限公司 | Low-pressure casting process for aircraft engine crankcast part |
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| CN104001900A (en) * | 2013-12-06 | 2014-08-27 | 哈尔滨东安发动机（集团）有限公司 | Multifunctional antigravity casting physical simulation device |
| CN104001900B (en) * | 2013-12-06 | 2016-09-28 | 哈尔滨东安发动机（集团）有限公司 | Multifunctional reverse gravitational casting physical simulating device |
| CN104399941A (en) * | 2014-11-11 | 2015-03-11 | 东莞市锐风机械有限公司 | Low-pressure casting process for aircraft engine crankcast part |
| CN105665680A (en) * | 2016-04-06 | 2016-06-15 | 杨卫东 | Resistance furnace and control method |
| CN106563786A (en) * | 2016-10-30 | 2017-04-19 | 山西汾西重工有限责任公司 | Differential pressure pouring casting method of particle reinforced aluminum-based composite material |
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| CN110560667A (en) * | 2018-06-06 | 2019-12-13 | 张志国 | Vacuum-pressure conversion casting infiltration method and equipment for metal matrix ceramic composite material |
| CN109047722A (en) * | 2018-10-24 | 2018-12-21 | 西北工业大学 | A kind of adjustable pressure casting push-pull type air-channel system and its method |
| CN110287556A (en) * | 2019-06-12 | 2019-09-27 | 西安近代化学研究所 | A kind of castexplosive pressurization casting process modeling method |
| CN110287556B (en) * | 2019-06-12 | 2022-10-25 | 西安近代化学研究所 | Modeling method for fusion-cast explosive pressurized casting process |
| CN110976814A (en) * | 2019-11-25 | 2020-04-10 | 哈尔滨工业大学 | Semi-continuous antigravity pouring method for aluminum alloy automobile frame with complex structure |
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