Powder
Metallurgy in Automotive Applications-II
Editors
T.R. Rama Mohan and P. Ramakrishnan:
Department of Metallurgical, Engineering and Materials Science, I.I.T. Bombay,
India
ISBN 978-1-57808-267-4; 2002; 292 Pages ; US $ 121.00
Buy
Now
The present book
contains text of 27 selected papers divided into 5 sections. They are PM
industry, powder production methods, consolidation techniques, mechanical
behaviour of PM components and components used in automobile industry. The
articles presented are summaries of the state of art in each of the
technical areas by leading experts who specialized in the branches of powder
metallurgy industry.
Contents:POWDER METALLURGY
AND AUTOMOTIVE INDUSTRY. Evolution of PM Industry in
India--Current and Future Trends in Automotive Applications:
B.M.
Kataria. Impact of Future Automotive Trends and Sustaining
the Current Growth in PM:
K.S. Narasimhan. PM Parts
used in Automobiles--Why is there a Growth?:
S. Ashok and P. Beiss.
Rapid Prototyping of PM Components for Automotive Industry:
T.R. Rama
Mohan, P. Ramakrishnan and V.P. Bapat . An Industry
Overview on Applied Powder Metal Joining Techniques:
Eckart Schneider,
Klaus Dollmeier, Kent Byrd and Harald Neubert. Quality
Management Systems, Process Approach for Quality Assurance and Inspection
Criteria of P/M Components:
N. NagarjunaADVANCES IN
POWDERS AND PRODUCTION METHODS. Manufacture and Use of
Copper and Copper Alloy Powders for P/M Components of the Automotive
Industry:
B. Mais and Geoffrey A. Mowbray. Study of
Reduction Kinetics of Blue Dust:
A.I. Khovavko, M. Karanjai, A.M.
Sviatenko and D.N. Fedorov. Proposed Applications of Sponge
Iron Powder Produced by Hydrogen-Reduction of Indian Blue Dust:
T.P.
Bagchi and Bijoy Sarma. Reactive Milling--An Improved
Process for Synthesis of Silver-Tin Oxide Composite Powders for Automotive
Contacts:
P.B. Joshi, G.R. Marathe, V.L. Gadgeel, G.H. Upadhyay, V.K.
Kaushik and P. RamakrishnanCONSOLIDATION TECHNIQUES.
IPG--Intelligent Program Generator for the Automatic Generation of Programs
for Dorst Closed-Loop Controlled Automatic Presses:
Roland Menzel and
Ing. Hubert Plank. Experience with Warm Compaction of
Densmix Powders in the Production of Complex Parts:
U. Engström, B.
Johansson and Senad Dizdar. The Origin of High Green
Strength in Warm Compaction:
V.C. Sajeev, D. Sivaprahasam, A. Sivakumar
and R. Sundaresan. Modeling and Simulation of Press Forming
of Aluminium-5 Weight % SiCp Composites:
Rajesh Purohit and Rakesh Sagar
. Spray Forming Facilities at NPL and its Special Application
to Automobile Industry:
Anil K. Gupta. Influence of
Sintering Temperature on Properties of Low Alloyed High Strength PM
Materials:
Ulf Engström and Senad Dizdar.
Sintering Kinetics of Subsieve Titanium:
B.B. Panigrahi, M.M. Godkhindi,
K. Das, P.G. Mukunda and P. Ramakrishnan THERMAL AND
MECHANICAL BEHAVIOUR. The Role of Heat Treatment on Wear
Behaviour of Powder Metallurgy Low Alloy Steels:
H. Khorsand, M. Habibi,
M. Ashtari, H. Yoozbashizadeh. Rolling and Sliding Contact
Fatigue Behaviour of Sintered Steel:
N. Govindarjan, N. Rajiv, R.
Gnanamoorthy, Y. Miyashita and Y. Mutoh. Fatigue Behavior
of PM Steel Ultrapac-LA:
M. Habibi, H. Khorsand, M. Ashtari and K.
Janghorban. Aging Behaviour of SiC-Particulate Reinforced
7075 Al Alloy Composites Prepared by Mechanical Alloying:
K.
Sankaranarayanane and Paramanand Singh. Effect of Manganese
Sulphide (MNS) on Machinability Performance of Sintered Materials:
Chin.
J. Chang, Graham T. Smith and Guy LittlefairAUTOMOTIVE
COMPONENTS. Materials for Highly Loaded Parts such as
Connecting Rods:
Paul Skoglund and Sven Bengtsson.
Powder Metallurgy Valve Seat Insert Materials Compliant with the European
Parliament and Council Directive 2000/53/EG:
I.R. Whitaker and P. Maulik.
Development of MMC Connecting Rods for Automobile Applications:
V.V.
Bhanu Prasad, B.V.R. Bhat, K. Soma Raju and P. Ramakrishnan.
Development of Iron Based Brake Material for Automotive Applications by a
New P/M Route:
P.S. Misra Effect of MnS on Mechanical
Properties of Powder Forged Copper Steel Auto Parts:
Ali Haerian
