ANALYSIS OF CREEP STRAINS AND STRESS RELAXATION IN THIN-WALLED TUBULAR MEMBERS MADE OF LINEAR VISCOELASTIC MATERIALS. 1. SUPERPOSITION OF SHEAR AND VOLUME CREEP

Golub V. P.; Pavlyuk Ya. V.; Reznik V. S.

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首頁> 外文期刊>International Applied Mechanics >ANALYSIS OF CREEP STRAINS AND STRESS RELAXATION IN THIN-WALLED TUBULAR MEMBERS MADE OF LINEAR VISCOELASTIC MATERIALS. 1. SUPERPOSITION OF SHEAR AND VOLUME CREEP

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ANALYSIS OF CREEP STRAINS AND STRESS RELAXATION IN THIN-WALLED TUBULAR MEMBERS MADE OF LINEAR VISCOELASTIC MATERIALS. 1. SUPERPOSITION OF SHEAR AND VOLUME CREEP

機譯：薄壁管狀構(gòu)件蠕變菌株和應(yīng)力松弛分析，由線性粘彈性材料制成。 1.剪切和體積蠕變的疊加

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The problem of creep strains and stress relaxation analysis in thin-walled tubular members made of linear viscoelastic materials under combined tension and torsion loading is solved. The solution is obtained using viscoelastic models in the form of superposition of shear and volume creep. The creep and relaxation kernels are represented by fractional-exponential functions. The solutions are validated experimentally by analyzing longitudinal, transverse, and shear creep strains as well as the relaxation of normal and tangential stresses in thin-walled tubular members made of organic glass and high-density polyethylene.

機譯：求解在組合張力和扭轉(zhuǎn)負荷下由線性粘彈性材料制成的薄壁管狀構(gòu)件中蠕變菌株和應(yīng)力松弛分析的問題。使用粘彈性模型以剪切和體積蠕變的形式獲得溶液。蠕變和弛豫核由分數(shù)指數(shù)函數(shù)表示。通過分析縱向，橫向和剪切蠕變菌株的實驗驗證解決方案以及由有機玻璃和高密度聚乙烯制成的薄壁管狀構(gòu)件中的正常和切向應(yīng)力的弛豫。

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來源
《International Applied Mechanics》 |2020年第2期|156-169|共14頁
作者
Golub V. P.; Pavlyuk Ya. V.; Reznik V. S.;
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Natl Acad Sci Ukraine SP Timoshenko Inst Mech 3 Nesterova Str UA-03057 Kiev Ukraine;

Natl Acad Sci Ukraine SP Timoshenko Inst Mech 3 Nesterova Str UA-03057 Kiev Ukraine;

Natl Acad Sci Ukraine SP Timoshenko Inst Mech 3 Nesterova Str UA-03057 Kiev Ukraine;

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正文語種 eng
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thin-walled tubular member; linear viscoelastic material; tension and torsion; fractional-exponential functions; creep strain; stress relaxation; experimental validation;

機譯：薄壁管狀構(gòu)件;線性粘彈性材料;張力和扭轉(zhuǎn);分數(shù)指數(shù)函數(shù);蠕變菌株;應(yīng)力松弛;實驗驗證;

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1. IDENTIFICATION OF THE HEREDITARY KERNELS OF ISOTROPIC LINEAR VISCOELASTIC MATERIALS IN COMBINED STRESS STATE. 1. SUPERPOSITION OF SHEAR AND BULK CREEP [J] . V. P. Golub, B. P. Maslov, P. V. Fernati International Applied Mechanics . 2016,第2期

機譯：應(yīng)力狀態(tài)下各向同性線性粘彈性材料的遺傳核的識別。 1.剪切和批量蠕變的疊加
2. New Description of Viscoelasticity That Can Be Applied to Mechanical Properties Such as Constant Strain Rate,Creep,and Stress Relaxation Analysis [J] . Richard D.Sudduth Polymer engineering and science . 2005,第12期

機譯：粘彈性的新描述可用于機械特性，例如恒定應(yīng)變率，蠕變和應(yīng)力松弛分析
3. Nonlinear Tensile Creep of Linear Low Density Polyethylene/Fumed Silica Nanocomposites:Time-Strain Superposition and Creep Prediction [J] . Andrea Dorigato, Alessandro Pegoretti, Jan Kolank Polymer Composites . 2010,第11期

機譯：線性低密度聚乙烯/氣相二氧化硅納米復(fù)合材料的非線性拉伸蠕變：時間-應(yīng)變疊加和蠕變預(yù)測
4. A model for shear stress relaxation around a fiber break in unidirectional composites and creep rupture analysis [C] . N. Ohno, H. Kawabe, T. Miyake, IUTAM Symposium on Rheology of Bodies with Defects . 1999

機譯：單向復(fù)合材料中纖維斷裂周圍剪切應(yīng)力松弛模型及蠕變破裂分析
5. Linear Viscoelastic Behaviour and Relaxation Phenomena of Immiscible Blends: The Application of Creep. [D] . Shaayegan, Vahid. 2010

機譯：不混溶共混物的線性粘彈性行為和松弛現(xiàn)象：蠕變的應(yīng)用。
6. A new creep model for studying the non-linear viscoelastic behavior of cooked white brown and germinated brown Thai jasmine rice by large deformation testing [O] . Panmanas Sirisomboon, Jetsada Posom 2018

機譯：通過大變形試驗研究煮熟的白色棕色和發(fā)芽棕色泰國茉莉香米的非線性粘彈性行為的新蠕變模型
7. Creep and Relaxation of Nonlinear Viscoelastic Materials With an Introduction to Linear Viscoelasticity [O] . W. N. Findley, J. S. Lai, K. Onaran, 1977

機譯：非線性粘彈性材料的蠕變和放松，引入線性粘彈性
8. Incompressible and Linearly Compressible Viscoelastic Creep and Relaxation [R] . Findley, W. N., Onaran, K. 1972

機譯：不可壓縮和線性可壓縮粘彈性蠕變和松弛

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ANALYSIS OF CREEP STRAINS AND STRESS RELAXATION IN THIN-WALLED TUBULAR MEMBERS MADE OF LINEAR VISCOELASTIC MATERIALS. 1. SUPERPOSITION OF SHEAR AND VOLUME CREEP

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