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Weld parameter is an important factor affecting micrographic structure and mechanical properties of weld joints.
Weld thermal cycle affects micrographic structure and mechanical properties of weld joints.
Weld heat input is an important factor affecting weld thermal cycle 1.
The chemical composition and mechanical properties of welding materials are also shown in Table 1 and Table 2.
Mechanical properties of experimental materials.

Microstructure and Mechanical Properties of an Ultrafine Grained Medium-Mn Steel Vladimir Torganchuk1,a, Dmitri A.
Figure 4 – Mechanical properties of the UFG Fe-12Mn-0.6C-1.5Al steel after cold rolling and annealing.
Molodov, Effect of large plastic deformation on microstructure and mechanical properties of a TWIP steel, IOP Conf.
Kaibyshev, Effect of rolling temperature on microstructure and mechanical properties of 18%Mn TWIP/TRIP steels, Mater.
Torganchuk, Microstructure and Mechanical Properties of 18%Mn TWIP/TRIP Steels Processed by Warm or Hot Rolling, Steel Res.

The rheological properties of mastic in terms of penetration, softening point, rotational viscosity and Superpave rutting factor using 60/70 asphalt binder blended with 5, 10, 15, 20 % of CaCO3+TPOFA were calculated to evaluate asphalt binder properties subjected to different aging conditions.
Superpave rutting and fatigue factors were calculated to determine the basic characteristics and rheological properties of the asphalt mastic and unmodified binder subjected to different aging conditions using the DSR.
The statistical analysis results in Table 5 shows that between 52°C to 82°C, increasing CaCo3+TPOFA content significantly affect the rutting factor for unaged samples.
Effects of fillers on properties of asphalt-concrete mixture. 
Mechanical Properties of Filler-Asphalt Mastics.

Table 1 Mechanical Properties, Chemical Properties of weld metal for eight different fluxes Flux No.
Response table of means for tensile strength (Table 3) shows factors rankings affecting tensile strength.
It is clear from Table 3 that CaO is the most affecting constituent/significant factor (Rank 1) and increasing effect among all the constituents and CaF2 does not affect/insignificant factor for tensile strength.
Conclusion · CaO and SiO2 are the influencing factors for tensile strength whereas CaF2 does not affect
It has been also observed that mechanical properties are not affected by BI only but %age composition of flux constituents in conjunction with BI plays role in deciding the same

Inspite of the well-studied thermal and mechanical properties, there are few investigations focusing on the variations of the electrical properties and CTEs of the epoxies after the gamma-ray exposure.
Electrical properties, CTE and mechanical properties were studied for a comprehensive evaluation of the epoxy material, accompanied by the analysis of the chemical compositions, Tg and density.
Thermal, Physical and Mechanical Properties.
The thermal, physical and mechanical properties of the intact epoxies and the irradiated epoxies are listed in Table 1.
Table 1 Thermal, physical and mechanical properties of epoxies before and after irradiation.

Data on mechanical properties of the material under investigation are also reported in the paper.
In the paper under consideration the author has conducted a research the objective of which is to find out how alteration of the cooling rate affects the leaded tin bronze (C93700 or CC495K) structure and properties.
Previous author’s research on the influence of cooling rate on leaded bronze properties revealed inverse dependence, i.e. with the increase in cooling rate the mechanical properties of the casts decreased [3].
These factors will have their effect which is also dependent upon cooling rate.
The presence of several factors makes unambiguous identification of the results impossible.

The factors of vertical stress, masonry strength, and horizontal reinforcement strip were analyzed, and relevant conclusions were drawn.
The results indicate that the masonry strength is the main factors affecting shear performance of the wall and the horizontal reinforcement strip enhance the seismic behavior of the wall.
Few researches on failure mode in bearing structures are done—not to mention research on factors for seismic performance.
Therefore, on the premise of physical properties and mechanical properties of block, the block (A7.5) is suitable for multilayer composite structure buildings. 3.3 The influence of horizontal reinforcement strip In order to enhance the bearing capacity and deformation ability of the block and the seismic performance of the wall, some other masonry construction measures should be taken after using constructional column in the wall.
(2) The masonry strength is the main factors affecting shear performance of the wall.

In piezoelectric ceramic/polymer composites the interface adhesion is always a problem affected the properties of piezoelectric composites[4-6].
In recent years, piezoelectric ceramic or piezoelectric ceramic composites gained more and more attentions for acting as damping materials[9,10], but the interface adhesion between piezoelectric ceramic particle and resin molecular is still a factor affected the microstructure and damping property.
Storage modulus E¢ and loss modulus E² of composite can be obtained then loss factor tanδ equals the ratio of E²/E¢.The dielectric properties were measured using an Agilent HP4294A impedance analyzer at frequency of 1MHz and at room temperature.
In composite filled with particles, there is interface phenomenon, and the interface affects the glass transition temperature and damping properties.
Effect of Silane Coupling Agent Pretreatment on Dielectric Properties of PMN/EP Composites.

Mechanical properties were obtained using tensile testing following DIN EN 10002.
In this way, tests in which not all processes affecting in the material are known can be used to build up and analyse mathematical models.
Factors X1 and X2 represent the temperatures in the range from 20 °C-250 °C and for strain rates in the range 10-2- 10-4s-1.
This allows variations to be made to the strain rate used in the process (i.e. allows it to be increased) without adversely affecting mechanical properties.
In contrast to this, the mechanical properties of Aluminium alloy AA5083-SPF and AZ31 display a strong dependency on the strain rate.

This will results in the degeneration of mechanical properties and induce and the occurrence of embrittlement of the cladding materials [1-3].
Thus it is very significant to study the effect of He bubble on the mechanical properties of the CLAM alloy.
A two-dimensional finite element model is used to simulate the effect of helium bubble on the mechanical properties of CALM alloy.
These results indicate that the size and linear density of helium bubbles affect significantly the mechanical properties of the CALM alloy.
The microstructure and mechanical properties of China low Activation martensitic steel [J].