ICIMA 2020

Call for Papers

METALLURGY AND MATERIALS

1.       Iron & Steel Classes and Standards

2.       Iron & Steel Manufacturing Methods and New Approaches

3.       Refractories in Iron & Steel Industry

4.       Fracture and Fatigue Behavior of Iron & Steel

5.       author

POWDER METALLURGY

6.       Material Science and Technology

7.       COATING&CORROSION;

8.       Novel Coating Materials

9.       Hard Coatings

10.   Tribology

11.   Processing and Characterization

12.   Nanostructured coatings

13.   author

FORMING & MACHINING

14.   Machining of steels

15.   High speed machining of hardened tool steels

16.   Abrasive machining of steels

17.   Forming of steels through stamping, bending and drawing methods

18.   Hydroforming of steels

19.   Structure-machinability/formability relation in steels

20.   Sheet Metal Forming

21.   Finite Element Analyze

22.   author

ADVANCED CERAMICS

23.   Bioceramics

24.   Ceramic composites and applications

25.   Production methods and processes

26.   Surface treatments, coatings and thin films

27.   Structural technical ceramics

28.   WHITEWARES

29.   Silicates

30.   Refractories

31.   Ceramic pigments

32.   Industrial innovation

33.   Energy and environment

34.   GLASS AND GLASS CERAMICS

35.   Manufacturing processes

36.   Applications in the glass

37.   Glass ceramics

38.   author

HEAT TREATMENT

39.   Heat Treatment of Alloy Steels

40.   Heat Treatment of Tool Steels

41.   Heat Treatment of Non Ferrous Alloys

42.   Heat Treatment of Special Steels and Special Alloys

43.   Heat Treatment of Cast Irons

44.   Surface Treatment

45.   Natural and Artificial Ageing

46.   Vacuum Heat Treatment

47.   Heat Treatment Furnaces and Equipment

48.   Heat Treatment Damages and Analysis

49.   Safety and Health at Heat Treatment

50.   WELDING AND CUTTING IN IRON & STEEL INDUSTRY

51.   Fusion welding application in iron- steel industry

52.   Diffusion welding application in iron- steel industry

53.   Welding consumable used for iron- steel industry

54.   Welding design for iron- steel industry

55.   Cutting in iron- steel industry

56.   Health and safety in welding application of iron- steel industry

57.   Destructive and Non destructive test methods for welded steel

58.   Heat treatment for welded steel

59.   author

NANOTECHNOLOGY IN MATERIALS SCIENCE

60.   Carbon nanomaterials

61.   Risks and regulation of nanotechnology

62.   Nanophotonics and optics

63.   Nanoelectronics

64.   Nanobiotechnology

65.   Nanomedicine

66.   Nanodevices

67.   MEMS & NEMS

68.   Nanomechanics

69.   Graphene technologies

70.   Nanofabrication

71.   Surface nanoscience

72.   Thin films and coating

73.   Nanomaterials and nanocomposites

74.   Nanoparticles

75.   Nanobiomaterials

76.   Nanodrug delivery

77.   Advanced metals & alloys

78.   Biomaterials

79.   Biosensors

80.   Building materials

81.   Catalytic materials

82.   Ceramic materials

83.   Composite materials

84.   Computational materials science

85.   Corrosion

86.   Conducting polymers

87.   Environmental coordination materials

88.   Fluids and liquid crystals

89.   Fuel-cell materials

90.   Functionally graded materials

91.   Glass

92.   High Entropy Alloys

93.   Magnetic Materials

94.   Materials Physics and Chemistry

95.   Micro / Nano Materials

96.   Microelectronic materials

97.   New Energy Materials

98.   Optical Materials

99.   Photonics

100.                        Polymer Materials

101.                        Self-assembled materials

102.                        Self-healing Materials

103.                        Semiconductors

104.                        Smart and Intelligent Materials

105.                        Soft materials & Bio-materials

106.                        Steel and Iron

107.                        Super-conductors

108.                        Surface Engineering/Coatings

109.                        Sustainable Materials

110.                        Thermal Aspects of Materials

111.                        author

BIOMATERIALS

112.                        Biomolecular materials

113.                        Self-assembly of biomaterials

114.                        Experimental characterization

115.                        Mechanobiology

116.                        Bioenergy

117.                        Tribology

118.                        Biomimetic materials

119.                        Applications

120.                        Regenerative medicine

121.                        Biodegradable biomaterials

122.                        Tissue engineering

123.                        Biocomposites

124.                        3-D scaffolds

125.                        Vaccines

126.                        Medical implants

127.                        Drug delivery system

128.                        Biosensors

129.                        Biophysics and biotechnology

130.                        Biopolymers and bioplastics

131.                        Emerging Smart Materials

132.                        Development and characterization of multifunctional materials

133.                        Novel nano and micro-devices

134.                        Design and theory of smart surfaces

135.                        MEMS and NEMS devices and applications

136.                        Structural health monitoring

137.                        Smart materials in drug delivery systems

138.                        Sensors and smart structures technologies for Civil, Mechanical, and Aerospace systems

139.                        Thin films and thick films

140.                        Quantum dots

141.                        Semiconductors and superconductors

142.                        Piezoelectric materials

143.                        Photovoltaics, fuel cells and solar cells

144.                        Electrochromic materials