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The effects of strain rate on the properties of the medial

The effects of strain rate on the structural properties of the femur-medial collateral ligament-tibia complex (FMTC) and on the mechanical (material) properties of the medial collateral ligament (MCL) of skeletally immature and skeletally mature rabbits were studied.The FMTCs were tested in tensionThe effect of strain rate and temperature on the tensile Tensile testing of cast and extruded binary NiAl was performed from 300 to 900 K at strain rates of 1.4 effects of strain rates on mechanical properties and#215; 10 4 to 1.4 effects of strain rates on mechanical properties and#215; 10 1 effects of strain rates on mechanical properties and#215; s 1.The brittle-to-ductile transition temperature (BDTT) was dependent on strain rate,with a three order of magnitude increase in strain rate resulting in approximately a 200 K increase in transition temperature.The Strain Rate Effect Plastics TechnologyBoth of these exercises demonstrate the equivalence of strain rate and temperature on the mechanical properties of polymers.Higher strain rates and lower temperatures have the same effect while higher temperatures and lower strain rates have the same effect.

The Effects of Strain Rates on Mechanical Properties and

Nov 12,2019 effects of strain rates on mechanical properties and#0183;In this study,the effects of strain rates (from 0.001 s1 to 400 s1) on the mechanical properties and failure mechanism of LGFRPPs were investigated.The results showed that ultimate strength and fracture strain of the LGFRPPs increased obviously,whereas the stiffness remained essentially unchanged with the strain rates from low to high.The Effect of Strain Rate on the Mechanical Properties of Bone mechanical properties are typically evaluated at relatively low strain rates.However,the strain rate related to traumatic failure is likely to be orders of magnitude higher and this higher THE EFFECT OF STRAIN RATE ON TENSILE PROPERTIESStrain Rate Effect on Tensile Properties Tensile properties 0.02 /s 1 /s 10 /s 34 /s 138 /s 229 /s 570 /s UTS (MPa) 286 307 338 354 371 400 450 UE 0.271 0.251 0.2 0.214 0.233 0.217 0.195 TEL (5mm GL) 0.958 0.917 0.983 NA 0.942 0.9833 NA Tensile properties 0.02 /s 1 /s 10 /s 34 /s 226 /s 560 /s

Strain Rate Effects on the Mechanical Properties of

Strain Rate Effects on the Mechanical Properties of Polymer Composite Materials George C.Jacob,1J.Michael Starbuck,2 John F.Fellers,Srdan Simunovic,3 Raymond G.Boeman2 1Materials Science and Engineering Department,University of Tennessee,Knoxville,434 Dougherty Engineering,Knoxville,TN 37996 2Polymer Matrix Composites Group,Metals and Ceramics Division,Oak Ridge National Strain Rate Effects on the Mechanical Properties of Strain Rate Effects on the Mechanical Properties of Polymer Composite Materials George C.Jacob,1J.Michael Starbuck,2 John F.Fellers,Srdan Simunovic,3 Raymond G.Boeman2 1Materials Science and Engineering Department,University of Tennessee,Knoxville,434 Dougherty Engineering,Knoxville,TN 37996 2Polymer Matrix Composites Group,Metals and Ceramics Division,Oak Ridge National Previous123456NextThe Effects of Strain Rates on Mechanical Properties and In this study,the effects of strain rates (from 0.001 s-1 to 400 s-1) on the mechanical properties and failure mechanism of LGFRPPs were investigated.The results showed that ultimate strength and fracture strain of the LGFRPPs increased obviously,whereas the stiffness remained essentially unchanged with the strain rates from low to high.

Effects of strain rate on mechanical properties and

Jan 10,2018 effects of strain rates on mechanical properties and#0183;The effects of quasi-static and low-dynamic strain rate ( = 10 4 /s to = 10 2 /s) on tensile properties and deformation mechanisms were studied in a Fe-25Mn-3Al-3Si (wt%) twinning and transformation-induced plasticity [TWIP-TRIP] steel.The fully austenitic microstructure deforms primarily by dislocation glide but due to the room temperature stacking fault energy [SFE] of 21 effects of strain rates on mechanical properties and#177; 3 Effects of strain rate on mechanical properties and Abstract.The effects of quasi-static and low-dynamic strain rate ( = 10 4 /s to = 10 2 /s) on tensile properties and deformation mechanisms were studied in a Fe-25Mn-3Al-3Si (wt%) twinning and transformation-induced plasticity [TWIP-TRIP] steel.The fully austenitic microstructure deforms primarily by dislocation glide but due to the room temperature stacking fault energy [SFE] of 21 Effects of strain rate on mechanical properties and Abstract.The effects of quasi-static and low-dynamic strain rate ( = 10 4 /s to = 10 2 /s) on tensile properties and deformation mechanisms were studied in a Fe-25Mn-3Al-3Si (wt%) twinning and transformation-induced plasticity [TWIP-TRIP] steel.The fully austenitic microstructure deforms primarily by dislocation glide but due to the room temperature stacking fault energy [SFE] of 21

Effects of cold-treatment and strain-rate on mechanical

Figure 2 shows the stressstrain curve of pre-cold-treatment NbTi/Cu composite wire with 24H holding-time at different strain rates.Then,some primary mechanical properties,including the strength,elongation at fracture and yield strength,were extracted and reported.Effects of Strain Rates on Mechanical Properties and Apr 03,2015 effects of strain rates on mechanical properties and#0183;The mechanical properties of DP780 dual phase steel were measured by quasi-static and high-speed tensile tests at strain rates between 0.001 and 1000 s1 at room temperature.The deformation and fracture mechanisms were analyzed by observation of the tensile fracture and microstructure near the fracture.Dynamic factor and feret ratio quantitative methods were applied to study the effectEffects of Strain Rate on Mechanical Properties and This contribution reports strain rate sensitivity and effects of strain rate on fracture micro-mechanisms in a commercial dual phase sheet steel (DP590).Uniaxial tensile tests were performed at strain rates of 10 4 /s,1/s and 3200/s to characterize effects of strain rate on ultimate tensile strength and ductility.

Effects of Strain Rate and Initial Density on the Dynamic

Experimental results show that in the strain rate range of 335 s 1 to 1253 s 1,the dynamic mechanical behaviours of dry calcareous sands exhibited no significant strain rate effect.The Lundborg model and the Murnaghan model could be used to describe the deviatoric and volumetric behaviours of calcareous sand with different initial Effect of tensile strain rate on the mechanical properties N.Somanathan,Effect of environmental factors on the mechanical properties of grafted casein films Influence of temperature and extension rate,Journal of Applied Polymer Science,10.1002/app.1994.070520808,52,8,(1069-1079),(2003).Effect of strain-rate and moisture content on the Oct 11,2020 effects of strain rates on mechanical properties and#0183;Effect of strain-rate and moisture content on the mechanical properties of adhesively bonded joints April 2020 Journal of Mechanical Science and Technology 34(5)

Effect of strain-rate and moisture content on the

Oct 11,2020 effects of strain rates on mechanical properties and#0183;Effect of strain-rate and moisture content on the mechanical properties of adhesively bonded joints April 2020 Journal of Mechanical Science and Technology 34(5)Effect of strain rate on the strain-induced The effect of strain rate on strain-induced -martensite transformation and mechanical behavior of austenitic stainless steel grades EN 1.4318 (AISI 301LN) and EN 1.4301 (AISI 304) was studied at strain rates ranging between 3 effects of strain rates on mechanical properties and#215;10 4 and 200 s 1.The most important effect of the strain rate was found to be the adiabatic heating that suppresses the strain-induced Effect of strain rate on tensile and work hardening Effect of strain rate on tensile and work hardening properties for Al-Zn 31 The data (force,area of cross section,elongation and engineering strain) obtained

Effect of strain deformation rates on forming the

The aim of this paper is to determine the influence of strain rate on mechanical properties and structure of high-Mn austenitic TWIP steels.Deformation rates in a range from 0.001 to 1000 s 1 have a significant effect on forming the structure and mechanical properties of high-manganese austenitic TWIP-type steels.TWIP steels not only show excellent strength,but also have excellent Effect of Tensile-Strain Rate on Mechanical Properties of Three tensile-strain rates,namely,0.001 / min,0.02 / min,and 0.2 / min,were selected to investigate the effect of strain rate on mechanical properties.Based on the stress-stain curves,the yield strength at different strain levels,tensile strength,and elastic modulus were determined.Effect of Tensile-Strain Rate on Mechanical Properties of Three tensile-strain rates,namely,0.001 / min,0.02 / min,and 0.2 / min,were selected to investigate the effect of strain rate on mechanical properties.Based on the stress-stain curves,the yield strength at different strain levels,tensile strength,and elastic modulus were determined.

Effect of Strain Rate on Material Properties of Sheet

The effect of strain rate on tensile and compressive mechanical properties of sheet steels is investigated experimentally and analytically.Three sheet steels are studied in both longitudinal and transverse directions under different strain rates and different amounts of prior cold stretching.Effect of Strain Rate and Temperature on Mechanical Jun 01,2005 effects of strain rates on mechanical properties and#0183;The change in fracture for the AI-I2AI4C3 system has been investigated at temperatures from 293 to 673 K.Under strain rates from effects of strain rates on mechanical properties and#206; effects of strain rates on mechanical properties and#173; = 2.5 effects of strain rates on mechanical properties and#194; 10'5 to effects of strain rates on mechanical properties and#206; effects of strain rates on mechanical properties and#173; = 10'1 s' .producing composite materials by mechanical alloying and their mechanical properties including plasticity at elevated temperatures were presented in 151.In /6/,the high temperature stability of this alloy was described for Effect of Material Properties and Strain Rate on In order to investigate the effect of the microproperties of bedding and strain rate on the fragment size distributions of layered phyllite with different bedding dip angles,a split Hopkinson pressure numerical model was established and verified by comparing with the experimental results.A new method to obtain reasonable layered rock dynamic simulation result was proposed.

Effect of Material Properties and Strain Rate on

In order to investigate the effect of the microproperties of bedding and strain rate on the fragment size distributions of layered phyllite with different bedding dip angles,a split Hopkinson pressure numerical model was established and verified by comparing with the experimental results.A new method to obtain reasonable layered rock dynamic simulation result was proposed.Cited by 30Publish Year 2018Author Jake T.Benzing,Whitney A.Poling,Donald T.Pierce,Donald T.Pierce,James Bentley,Kip O.FindleThe effect of strain rate on mechanical properties and Mar 03,2020 effects of strain rates on mechanical properties and#0183;The relationship between mechanical properties and microstructures of a metastable dual-phase high entropy alloy Fe 50 Mn 30 Co 10 Cr 10 under uniaxial tensile testing at different strain rates (10-3 s-1 ~10 3 s-1) has been studied systematically.As the strain rate increases,yield strength,ultimate tensile strength and uniform elongation decrease first and then increase.Cited by 11Publish Year 2018Author Dayong Hu,Bin Song,Linwei Dang,Zhiqiang Zhang(PDF) The Effects of Strain Rates on Mechanical Properties The effects of logarithmic strain rates on the mechanical properties of LGFRPPs are shown in Figure 8.The variation law is cons istent with the strain rate effects mentioned above.

Author Z.F.He,N.Jia,H.W.Wang,Y.Liu,D.Y.Li,Y.F.ShenPublish Year 2020The Effects of Strain Rates on Mechanical Properties and

effects of strain rates on mechanical properties and#0183;In order to illustrate the effect of strain rate on the dynamic mechanical properties of these specimens,the quasi-static results were also presented for comparison.As seen in Fig.6,both DLDT and DRDT were strongly affected by the levels of strain rates.The yield stress as well as the flow stress of bamboo material increased dramatically 12345NextThe Effects of Strain Rates on Mechanical Properties and Nov 12,2019 effects of strain rates on mechanical properties and#0183;The effects of strain rates on mechanical properties of short GFRT (SGFRT) composite were investigated in several works [11,12,13,14,15].The previous results indicated that the composite was a strain rate-dependent material,and its tensile strength and stiffness increased with the increasing of the strain rates.(PDF) The Effect of medium strain rates on the mechanical In this study,experimental investigation of medium strain rates effects on the mechanical properties of mild steel and stainless steel have been carried out.

(PDF) The Effect of medium strain rates on the mechanical

Dec 07,2010 effects of strain rates on mechanical properties and#0183;In this study,experimental investigation of medium strain rates effects on the mechanical properties of mild steel and stainless steel have been carried out.

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