• EFFECT OF CHEMICAL TREATMENT ON GREEN MACHINABILITY OF IRON POWDER 

  Roy, Apoorbo Guha (I I T ROORKEE, 2018-05)

  Inter-particle cold-state welding amongst the powder-particles determines strength attained by the green compact. The contacting surfaces also decide inter-particle sliding behaviour under consolidation pressure to govern ...
• EFFECTIVE UTILIZATION OF LD SLAG 

  Dastidar, Arnab (I I T ROORKEE, 2018-05)

  India is thea fourth-largest manufacturer of steelafollowing China, Japanaand the US. Presently inaIndia, due to limitedamodes of practicesaof utilization, hugeaamount of iron and steel slagadumped in yards ofaeachaproductionaunit ...
• HOT DEFORMATION BEHAVIOUR AND PROCESSING MAPS OF HIGH CARBON LOW ALLOY STEEL 

  Kumar, Deepak (I I T ROORKEE, 2018-05)

  Manufacturers always try to reduce the cost of raw material and production without the loss of quality. Thermomechanical processing and deformation study at elevated temperatures can control the process parameters which ...
• EFFECT OF MARTENSITE ON DEFORMATION BEHAVIOR OF Ti-6Al-4V 

  Gandhi, Devang (I I T ROORKEE, 2018-05)

  The Ti-6Al-4V alloy is one of the most widely used titanium alloy for its high specific modulus and moderate ductility because of a variety of microstructures (equiaxed, bimodal, lamellar) where a good range of mechanical ...
• ADHESIVE WEAR BEHAVIOUR OF ULTRA HIGH STRENGTH BAINITIC STEEL 

  Atulkumar, Gandhi Yashkumar (I I T ROORKEE, 2018-05)

  Ultra high strength bainitic steels have a number of desirable mechanical properties and have been viewed as candidate material for engineering applications. In the current work, an effort has been made to determine adhesive ...
• MECHANICAL BEHAVIOR OF ALUMINUM GRAPHENE COMPOSITE AS A RESULT OF THERMO MECHANICAL TREATMENT 

  Justus, Jijo Christudas (I I T ROORKEE, 2018-05)

  With all the superlative properties, like, high strength to weight ratio, fracture strength, Young’s modulus, good thermal and electrical property, graphene has held the desirability for the replacement with the existing ...
• IN SITU ALUMINIUM COMPOSITES 

  Thapliyal, Mayank (I I T ROORKEE, 2018-05)

  Preparing aluminum matrix composites (AMCs) using in situ method results in many desirable benefits. Here it is focused on preparing AA6061/ (0%, 3% by simple casting method, 3% with ultrasonication, 6%by simple casting ...
• SURFACE COATING OF MATERIALS FOR HYDROTURBINE APPLICATIONS 

  Baniwal, Preetika (I I T ROORKEE, 2018-05)

  The silt erosion resistance of non-nitrided and nitrided 16-5 martensitic stainless steel AISI 431 was evaluated according to ASTM G32 standard. Nitriding was carried out in BHEL Haridwar with a mixture of ammonia gas for ...
• EXTRACTION OF IRON VALUES FROM RED MUD 

  Agrawal, Shrey (I I T ROORKEE, 2018-05)

  The Bayer's process employed in the production of alumina from bauxite ore leads to generation of a byproduct rich in oxides of iron, titanium and aluminum along with the phases formed during the processing of ore. This ...
• Mo/La2O3 NANO MULTILAYERS AND THEIR THERMAL STABILITY AND ELECTRICAL PROPERTIES 

  Priyadarshi, Abhinav (I I T ROORKEE, 2018-05)

  Surface acoustic wave based high-temperature sensors are promising devices owing to advantages such as robustness, passive operation and wireless interrogation making them usable in harsh environments as well as mountable ...
• SLURRY EROSION OF ULTRA HIGH STRENGTH BAINITIC STEEL 

  Yadav, Ankit (I I T ROORKEE, 2018-05)

  Newly developed ultra-high strength bainitic steels have very good mechanical properties and potential materials for heavy wear applications. In the current work, an effort has been made to determine erosion behaviour of ...
• CORROSION BEHAVIOUR OF FRICTION STIR PROCESSED QE22 MAGNESIUM ALLOY 

  Ankur (I I T ROORKEE, 2018-05)

  Effect of the microstructural changes after friction stir processing on the corrosion behaviour of rare earth added QE22 magnesium alloy is studied. The composition of QE22 alloy is 2.60 wt% Ag, 1.73 wt% Nd, and 0.68 wt% ...
• MECHANICAL PROPERTIES AND CORROSION RESITANCE OF MECHANICALLY ALLOYED FEBASED NANOSTRUCTURES CONSOLIDATED BY SPARK PLASMA SINTERING 

  Arora, Arpan (I I T ROORKEE, 2017-11)

  In the present work, iron, nickel and nano sized (20-30 nm) powders with compositions 42wt.%Ni, Fe-42wt.%Ni-2wt.%Y2O3 and Fe-2wt.%Y2O3 were prepared by high energy ball milling. The miilled samples were sintered by spark ...
• SIC BASED COMPOSITES FOR WEAR APPLICATIONS 

  Kumar, Deepak (I I T ROORKEE, 2018-05)

  The present work deals with the samples prepared with composition 0,5,10,35Vol.%BN in SiC with additive Y2O3 by Spark Plasma Sintering parameters to check the change in microstructure and the resulting changes that ...
• MICROSTRUCTURAL CHARACTERIZATION AND MECHANICAL BEHAVIOR OF INCONEL 625 SUPERALLOY 

  Mohan, Hriday (I I T ROORKEE, 2018-05)

  Ni-based alloys are a special class of engineering material with excellent corrosion resistance in harsh environments. However, microstructural changes due to the solidification, may result in solidification cracks and ...
• HOT DEFORMATION BEHAVIOUR OF Mg-Zn -Gd-Nd ALLOY 

  Madavi, Mohit G. (I I T ROORKEE, 2018-05)

  Today world needs light and high strength material as a structural material for better efficiency and high fuel efficiency application. Magnesium based alloy are an emerging light material for the same. Magnesium has ...
• YTTRIA REINFORCED FE-CR FERRITIC ALLOY BASED NANOCOMPOSITES FOR FUSION REACTOR STRUCTURAL APPLICATIONS 

  JP., Moses (I I T ROORKEE, 2018-05)

  Ferritic steel with oxide dispersion strengthening (ODS) is a promising material for fusion and fission reactor components. In this study, the influence of Zr, V, Mo on yttria dispersed ferritic alloys was analysed. The ...
• RE-EVALUATION OF EXISTING FATIGUE CODES IN EUROCODE 3.1-9 

  Arora, Priyanka (I I T ROORKEE, 2018-05)

  Steel structures are being built worldwide for more than 120 years. The effects of repetitive loading i.e. fatigue on steel structures such as bridges or towers have been extensively studied since the 1960s. The work and ...
• THE CHEMICAL TRANSPORT MECHANISM OF EMITTER MICRO-PARTICLES PARTICLES IN TUNGSTEN ELECTRODES- A METALLURGICAL STUDY 

  Saba (I I T ROORKEE, 2018-05)

  A metallurgical study has been conducted on the erosion mechanism of pure tungsten electrodes and 1.5% La2O3 doped tungsten electrodes, used in Tungsten Inert Gas (TIG) welding. The behavior of micro-emitter particles in ...
• EROSION BEHAVIOUR OF 13Cr-4Ni MARTENSITIC STAINLESS STEEL 

  Saini, Shubham Kumar (I I T ROORKEE, 2018-05)

  The studies and investigation are being done on the effect of several heat treatments tested on the structure. The erosion behaviour of 13/4 martensitic stainless steel that is CA-NM and its mechanical properties were also ...

View more