Two types **of steel** fibers with aspect ratios (fiber length/fiber diameter) of 65 and 80 were used in the experiments and **volume fractions of steel** fiber were 0.5% and 1%.(PDF) The **Influence** of Sample Preparation on the influences of the volume fraction and shape of steelThe **Influence** of Sample Preparation on the Quantitative Analysis **of the Volume Fraction** of Martensite Formed in a 304L Trip **Steel**.pdf Available via license: CC BY 4.0 Content may be subject to influences of the volume fraction and shape of steel

The effect of **volume fraction and shape** of sulfide inclusions on the tensile ductility and impact energy of high-strength AISI 4340 plate steels in the transverse and through-thickness testing directions was investigated for four tensile-strength levels of 930, 1210, 1410, and 1960 MPa (135, 175, 205, and 285 ksi). The **volume fraction** of sulfide inclusions was changed by varying the sulfur influences of the volume fraction and shape of steelThe **influences** of matrix and **steel** fibre tensile strengths influences of the volume fraction and shape of steelApr 01, 2011 · The variables of experimental study were water/cement ratio, **steel** fibre strength and **steel** fibre **volume fraction**. The water/cement ratios of 0.35, 0.45 and 0.55, and **steel** fibres with a tensile strengths of 1100 and 2000 MPa were used and **volume fractions of steel** **Influence of Steel** and Macro-Synthetic Fibers on It is worth mentioning that, although the fibers exhibited varying length, **shape** and stiffness, they all had a similar aspect ratio of approximately 60. Fibers were added to concrete in two different **volume fractions** (V f): 0.5% and 1.0%. To better capture the **influence** of fiber type, it should be noted

**steel**. An elastic-plastic deformation behavior of high-Mn **steel** is analyzed when subjected to external mechanical load. Different proportions of martensite in this **steel** are considered. The main objective is to estimate the defor- mation pattern of high-Mn alloy **steel** having different **volume fractions** of martensite phase in an austenite ma- trix.**Influence** of martensite **volume fraction** on tensile influences of the volume fraction and shape of steelDec 15, 2011 · This paper presents the effect of martensite **volume fraction** (V M) on mechanical properties of AISI 4340 **steel** with ferritebainitemartensite microstructures.The **steel** bars were austenitized at 900 °C for 1 h followed by intercritical annealing at 740 °C for 100 min and quenching into a salt bath with temperature of 300 °C and holding at different times to obtain triple phase (TP influences of the volume fraction and shape of steel**Influence** of primary precipitate **shape**, size **volume** influences of the volume fraction and shape of steel**Influence** of primary precipitate **shape**, size **volume fraction** and distribution in PM tool steels on galling resistance Andersson, Oscar Karlstad University, Faculty of Health, Science and Technology (starting 2013), Department of Engineering and Physics.

Under different levels **of the volume fraction**, the **influences** of the microstructures also change. For each microstructure with each l ch, we average the limit velocity V b corresponding to four d TW (4, 8, 10, and 15 nm) and get thirty-six average limit velocity V at, as shown in Fig. 3.It is found that V at of the microstructures in series A are significantly higher than those of the influences of the volume fraction and shape of steelControl of MnS Inclusions in High- and Low-Sulfur **Steel** by influences of the volume fraction and shape of steelMar 28, 2019 · Speich G.R., Spitzig W.A. Effect of **volume fraction and shape** of sulfide inclusions on through-thickness ductility and impact energy of high-strength 4340 plate steels. Metall. Mater. Trans. A. 1982; 13:22392258. doi: 10.1007/BF02648395. [Google Scholar]Control of MnS Inclusions in High- and Low-Sulfur **Steel** by influences of the volume fraction and shape of steelMar 28, 2019 · Speich G.R., Spitzig W.A. Effect of **volume fraction and shape** of sulfide inclusions on through-thickness ductility and impact energy of high-strength 4340 plate steels. Metall. Mater. Trans. A. 1982; 13:22392258. doi: 10.1007/BF02648395. [Google Scholar]

that greatly **influences** overheating. For steels with less than 0.002 wt% sulfur, over- heating does not occur; this is because of the very low **volume fraction** of sulfides formed. However, the commercial produc- tion of such very-low-sulfur steels (for ex- ample, ESR steels) is expensive. Above thisEffect of **Volume Fraction** on Impact strength Behaviour Effect of **Volume Fraction** on Impact strength Behaviour and Hardness of Dual Phase **Steel** 1Muniraju.M, influences of the volume fraction and shape of steel cover the low martensite **volume fraction**, while the higher C, higher Mn **steel** was designed to cover the higher martensite **volume fractions** [15]. Mehmet Erdogan [18] influences of the volume fraction and shape of steel by the **shape** and size of interstitial positions which makes it difficult influences of the volume fraction and shape of steelEffect of **volume fraction** and mechanical stability of influences of the volume fraction and shape of steelA hot-rolled medium Mn (0.2C5Mn) **steel** is annealed at 650 °C to produce an ultrafine-grained duplex microstructure with different austenite **volume fractions** by austenite reverted transformation influences of the volume fraction and shape of steel

Leila Soufeiani, Sudharshan N. Raman, Mohd Zamin Bin Jumaat, Ubagaram Johnson Alengaram, Ghasem Ghadyani, Priyan Mendis, **Influences of the volume fraction and shape of steel** fibers on fiber-reinforced concrete subjected to dynamic loading A review, Engineering Structures, 10.1016/j.engstruct.2016.06.029, 124, (405-417), (2016).Effect of Porosity on the Stiffness of Cast **Steel**pore geometry is as important as pore **volume fraction** to E for a porous structure, because the elastic modulus of the porous material can vary by up to 2 times for dierent pore **shapes** at the same porosity **volume fraction**. Experimental measurements for sintered por Effect of Porosity on the Stiffness of Cast **Steel**pore geometry is as important as pore **volume fraction** to E for a porous structure, because the elastic modulus of the porous material can vary by up to 2 times for dierent pore **shapes** at the same porosity **volume fraction**. Experimental measurements for sintered por

Abstract: This work aims in studying the mechanical behaviour of concrete, reinforced with **steel** fibres of different geometry and **volume fraction**. Experiments include compression tests and fourpoint bending tests. Slump and air content tests were performed on fresh concrete. The flexural toughness, flexural strength and residual strength **factors** of the beam specimens were evaluated in influences of the volume fraction and shape of steelEffects of Fibre Geometry and **Volume Fraction** on the influences of the volume fraction and shape of steelJun 13, 2011 · Abstract: This work aims in studying the mechanical behaviour of concrete, reinforced with **steel** fibres of different geometry and **volume fraction**. Experiments include compression tests and fourpoint bending tests. Slump and air content tests were performed on fresh concrete. The flexural toughness, flexural strength and residual strength **factors** of the beam specimens were evaluated in influences of the volume fraction and shape of steelFracture Mechanisms in Dual-Phase **Steel**: **Influence** of influences of the volume fraction and shape of steelThe **influence** of Martensite **Volume Fraction** (MVF) on fracture mechanisms in a Dual Phase **steel** with two different grain sizes was studied in this work. Ferrite-Martensite microstructure was obtained by an intercritical heat treatment for both groups of grain sizes.

behavior **of steel** is controlled to a large degree by the **volume fraction**, size, distribution, composition and morphology of inclusions and precipitates, which act as stress raisers. The inclusion size distribution is particularly important, because large macroinclusions are the most harmful to mechanical properties.Influence of Martensite Volume Fraction on Mechanical influences of the volume fraction and shape of steel**steel**. An elastic-plastic deformation behavior of high-Mn **steel** is analyzed when subjected to external mechanical load. Different proportions of martensite in this **steel** are considered. The main objective is to estimate the defor- mation pattern of high-Mn alloy **steel** having different **volume fractions** of martensite phase in an austenite ma- trix.Influence of martensite volume fraction and cooling rate influences of the volume fraction and shape of steelMar 15, 2012 · The **cooling schedule** affected the microstructural constituents (polygonal ferrite and martensite) and phase transformation behavior of the DP steel. The relationship between the volume fraction of **the martensite**, **the morphology and distribution of phases present in the microstructure**, and the mechanical properties of DP steel was studied in detail.

Abstract. Among the properties of steel fiber-reinforced concrete (SFRC), the volume fraction and shape of steel fibers play an important role when the concrete is subjected to impact and high-velocity loading. In this **study**, **material responses obtained through impact tests**, such as **the drop weight test**, **the split Hopkinson pressure bar test**, **and the swinging pendulum test**, are **classified and briefly illustrated**.Influences of the volume fraction and shape of steel influences of the volume fraction and shape of steelAmong the **properties of steel fiber-reinforced concrete (SFRC**), the volume fraction and shape of steel fibers play an important role when the concrete is subjected to **impact and high-velocity** influences of the volume fraction and shape of steelInfluences of the volume fraction and shape of steel influences of the volume fraction and shape of steelOct 01, 2016 · In their study, hooked-end steel fibers with different volume fractions were also used to investigate the influence of aspect ratio and volume fraction on the mechanical properties of SFRC. Based on their results, the compressive strength of concrete increased by **419**%, its split tensile strength by **1154**%, and its flexural strength by 381% compared with those of the control mixture.

Dec 07, 2011 · Manual measurement **of the volume fraction** of inclusions requires substantial effort to obtain acceptable measurement accuracy due to the rather low **volume fractions** usually encountered (11). When the **volume fraction** is below 0.02 (2%), which is the case for inclusions, even in free machining steels, acceptable relative accuracies (see Eq.Numerical Investigation of **Influence** of the Martensite influences of the volume fraction and shape of steelDevelopment of the methodology for creating reliable digital material representation (DMR) models of dual-phase steels and investigation of **influence** of the martensite **volume fraction** on fracture behavior under tensile load are the main goals of the paper. First, an approach based on image processing algorithms for creating a DMR is described.The **Influence** of Morphology and **Volume Fraction** of influences of the volume fraction and shape of steelCiteSeerX - Document Details (Isaac Councill, Lee Giles, Pradeep Teregowda): Abstract In this paper, the failure mechanisms of Ferrite-Martensite dual-phase steels composite microstructure with various morphologies (Fibrous or Equiaxed) and **volume fractions** of martensite second phase (VM) (between 11-70%) are investigated. These failure mechanisms consist of Ferrite-Martensite interface influences of the volume fraction and shape of steel

To specifically highlight the **influence** of biotite grain **shapes**, ODFs, and **volume fraction** on bulk elastic properties of the whole model rock, results will be presented for an isotropic matrix with Youngs modulus E ¼ 40 GPa and Poissons ratio ¼ 0.3. Cases of harder matrix (E ¼ 80 GPa) behavior are also considered and illus-The **influence** of grain **shape** and **volume fraction** of sheet influences of the volume fraction and shape of steelTo specifically highlight the **influence** of biotite grain **shapes**, ODFs, and **volume fraction** on bulk elastic properties of the whole model rock, results will be presented for an isotropic matrix with Youngs modulus E ¼ 40 GPa and Poissons ratio ¼ 0.3. Cases of harder matrix (E ¼ 80 GPa) behavior are also considered and illus-The **influence** of particle **shape**, **volume fraction** and influences of the volume fraction and shape of steel**shapes** and ne meshes. Therefore, this current work will use mod-els of small particle elds containing 64 particles at most. In most of the models, the particle **volume fractions** are kept at 2%, there-fore the model size will vary for 1, 2 and 16 particle models, except in the case when particle **volume fraction** are studied where the

**shapes** and ne meshes. Therefore, this current work will use mod-els of small particle elds containing 64 particles at most. In most of the models, the particle **volume fractions** are kept at 2%, there-fore the model size will vary for 1, 2 and 16 particle models, except in the case when particle **volume fraction** are studied where theThe influences of matrix and steel fibre tensile strengths influences of the volume fraction and shape of steelApr 01, 2011 · The variables of experimental study were water/cement ratio, **steel** fibre strength and **steel** fibre **volume fraction**. The water/cement ratios of 0.35, 0.45 and 0.55, and **steel** fibres with a tensile strengths of 1100 and 2000 MPa were used and **volume fractions of steel**

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