Static closing force test.

Static closing force test.

<div><p>The accuracy of calculating the reaction force in vehicle sealing systems using moment equilibrium equations from statics is highly dependent on the degree of simplification in the mathematical model. This study demonstrates that employing the Finite Element (FE) method allows fo...

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Opis bibliograficzny
1. autor:	Zhong Yang (131821) (author)
Kolejni autorzy:	Luoxing Li (22683436) (author), Jing Huang (41604) (author), Guoqing Chen (427510) (author), Zhengqing Liu (2556097) (author), Zhenhu Wang (22683439) (author)
Wydane:	2025
Hasła przedmiotowe:	Biochemistry Neuroscience Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified Mathematical Sciences not elsewhere classified vehicle sealing systems compression load deflection close agreement verifies side seal yields complex door structure xlink "> study provides study demonstrates reaction force mathematical model highly dependent flexible seal finite element established using coupling effects comprehensive strategy comprehensive consideration boundary variables approach improves
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Podobne zapisy

Sealing system reaction force.
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Reaction force contour at the observation point.
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Schematic diagram of vehicle door force distribution.
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Simulation and test results of sealing system reaction force.
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Contribution of different regions of the door seal to the sealing system reaction force (N).
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Contribution of different regions of the door frame seal to the sealing system reaction force (N).
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CLD Parameters of Door Frame Seal and Door Seal.
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Material parameters.
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Mesh statistics.
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Y-direction displacement contour of the door frame.
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CLD Curve of Door Seal.
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CLD Curve of Door Frame Seal.
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Schematic diagram of seal test specimens.
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Test Bench for seal compression load testing.
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Analysis flowchart.
od: Zhong Yang (131821)
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Multi-boundary FE model.
od: Zhong Yang (131821)
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Coupled FE model of (a) sealing strip and (b) hinge.
od: Zhong Yang (131821)
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Section view of the vehicle door sealing system corresponding to Figure 2(b).
od: Zhong Yang (131821)
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Schematic diagram of (a) vehicle door sealing system and (b) sealing strip.
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Diagram of relationship between sliding body displacement, maximum stress of seal ring, and setting force across different groove depths.
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Diagram of relationship between sliding body displacement, maximum stress of seal ring and setting force with different seal ring thickness.
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Diagram of relationship between sliding body displacement, maximum stress of seal ring and setting force with different upper side dip in the groove.
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The relation diagram of sliding body displacement, maximum stress of metal ring and setting force during setting of sealing ring of two materials.
od: Shuang Jing (6009062)
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Portrays the relationship between sliding body displacement, maximum stress of the sealing ring, and setting force relative to differing lower groove inclination angles.
od: Shuang Jing (6009062)
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Presents the outcomes of this analysis, illustrating the relationship between sliding body displacement, seal ring maximum stress, and setting force across different structural parameter combinations.
od: Shuang Jing (6009062)
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Plots the relationship between sliding body displacement, maximum stress on the seal ring, and setting force across different contact angles between the sealing ring and the casing wall.
od: Shuang Jing (6009062)
Wydane: (2025)

Demonstrates the relation between sliding body displacement, maximum stress on the sealing ring, and setting force across different contact angles between the sealing ring and the sliding body.
od: Shuang Jing (6009062)
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The main technical specifications hydraulic universal testing machine.
od: Shuang Jing (6009062)
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Sealing Indices across Different Seal Ring Parameter Combinations.
od: Shuang Jing (6009062)
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Seal Ring Structural Parameter Combinations.
od: Shuang Jing (6009062)
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Seal Ring Sealing Indices for Various Contact Angles (θ4).
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Sealing Ring Sealing Indices for Various Contact Angles (θ3).
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Seal Ring Sealing Indices for Various Lower Roll Angles (θ2).
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Sealing Indices for Seal Rings at Varied Groove Depths.
od: Shuang Jing (6009062)
Wydane: (2025)

Sealing index of seal ring with different upper side dip in the groove.
od: Shuang Jing (6009062)
Wydane: (2025)

Sealing index of seal ring with different seal ring thickness.
od: Shuang Jing (6009062)
Wydane: (2025)

Comparative analysis table of performance of sealing ring of two materials.
od: Shuang Jing (6009062)
Wydane: (2025)

Parameters of Mooney-Rivlin model.
od: Shuang Jing (6009062)
Wydane: (2025)

Comparative assessment of both materials.
od: Shuang Jing (6009062)
Wydane: (2025)

Test equipment.
od: Shuang Jing (6009062)
Wydane: (2025)