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The cast iron substrate used during this work is employed for its thermal properties in glass mold Industry.
Conventional techniques used to protect the molds, like Plasma Transferred Arc (PTA), affect the molds microstructure, but also the thermal and mechanical properties.
The laser cladding of the Ni based alloy allows to protect the molds without affecting the cast iron thermal properties (low Heat Affected Zone).
Taguchi design of experiment with a table with 3 factors and 5 levels by factor with wavering method. 25 trials.
Zhang, Additive manufacturing of metallic components – Process, structure and properties, Prog.

The elemental composition of the welded joint materials was verified and the mechanical properties were determined.
Several factors contributed to the formation of crack, the combination of which led to a rail failure.
All the values of the mechanical properties are quite lower in the cross direction in comparison to the longitudinal direction.
Accelerated cooling, quenching, microstructure and mechanical properties.
Moon, Microstructure and mechanical properties of novel rail steels.

The mechanical properties, Modulus of Elasticity (MOE), Modulus of Rupture (MOR) and Internal Bonding (IB) and physical properties, water Absorption (WA) and Thickness Swelling (TS) of EFB particleboard were determined.
Modification of this material gives significant changes in absorption characteristics of materials, thus affecting the properties of particleboard manufactured.
Water Absorption 24 Hours for EFB Particleboards Conclusion Ozone treatment can improve the mechanical properties of particleboard manufactured, whereas no improvement on both physical properties was observed.
Abdul Khalil, Effect of fiber treatments on mechanical properties of coir or oil palm fiber reinforced polyester composites, J.
Influence of some factors on the formaldehyde content of particleboard, J.

There are multiple primary factors that contribute to the increasing interest in fibre-reinforced polymer composites, or NFRPCs.
To close this information gap, the current study focuses on how different fibre contents affect several mechanical properties.
Predictive Modelling of Mechanical Properties.
Statistical Analysis of Mechanical Properties.
Nain, A review on mechanical properties of coir-based composites, Mater.

Depending on the microstructures, obvious differences in the mechanical properties of this alloy were obtained.
In these studies, different microstructures were established by varying several factors [3~5].
It can be concluded that the α laths have a great influence on the mechanical properties, especially on the yield stress.
Superfluous α phase has an adverse effect on mechanical properties.
Summary A study relating mechanical properties of Ti-10V-2Fe-3Al alloy to microstructures was carried out.

There are certain factors that influence the properties of geopolymers such as composition, type and relative amount of alkali activator, NaOH concentration, specific surface composition of source materials, and condition during the initial period of the geopolymerization process.
Synthesis and mechanical properties of metakaolinite-based geopolymer.
Factor affecting early compressive strength of alkali activated fly ash (OPC-free) concrete.
Correlating mechanical and thermal properties of sodium silicate-fly ash geopolymers.
Effect of alkali concentration on mechanical properties of kaolin geopolymer.

Effect of Drying Temperature in Biopolymeric Films of Cassava Starch and its Effect on Wettability, Water Vapor Barrier and Mechanical Properties Oliveira, V.R.L.1,a*, Monteiro, M.
In order to decrease the drying time of the filmogenic solutions, and consequently to make its production and use more attractive, the aim of this study is to evaluate the mechanical, structural, PVA and contact angle properties, a cohesive polymeryc matrix, without pores and with all properties well distributed, for different temperatures and drying times.
The mechanical properties are shown in Table 03.
Mechanical properties of biofilms.
Standard test methods for tensile properties of thin plastic sheeting.

The experimental conclusions show that thermal shock plays a more significant role on affecting the fracture properties, compared with the factor of temperature.
Introduction Investigations on the mechanical properties of engineering materials at the high temperature have been attracted extensively interests, which is also an important factor of evaluating the safety ratio of materials, especially with respect to fracture behavior, in the utility industrial field.
Therein, the overheating in the heating surface is liable to cause the serious decrease of strength and mechanical properties compared with the initial desired criterion, which is regarded as one of the major factors to influence the safe operation of the boiler.
Therefore, the deeply comprehensive studies on mechanical characteristic after short period high temperature and thermal shock are known to be effective approach to enhance the properties of materials with respect to the safe application.
For the temperature of 550ºC, there has a large change of fracture properties for the standard sample.

These factors make the properties degrade and life time short during all times of service.
When the equipment has been running for on hundred thousand hours, it is very important to understand the state of microstructure and properties of furnace pipes as the major component of reaction furnace.
So, the microstructure, mechanical properties and life prediction and assessment run for 100,000hrs is done in this paper.
The Mechanical property of reformer pipe at high temperature for short time is lower than the standard.
The mechanical properties at room and high temperature of inlet manifold are good. 3.2 Rupture property at high temperature and remaining life The rupture properties at 900ºC and 50MPa of different sections of reformer pipe are tested, the results are shown in Figure3.

The main factors affecting the surface roughness and the erosion mechanisms related to material removal were analysed.
It is found that abrasive mesh, water pressure and jet incidence angle are the main factors affecting the surface roughness.
The main factors affecting the surface roughness and the erosion mechanisms related to material removal were analysed.
As shown in Table 1, a 4-factor and 3-level orthogonal test was carried out to determine the main factors affecting surface roughness and to analyze the erosion mechanisms of quartz crystals.
The research results reveal that abrasive mesh, water pressure and jet incidence angle are the main factors affecting the surface roughness.