33 Analysis of Manufacturing Costs for Powder Metallurgy (PM) …
487
Kianian B (2019) Comparing acquisition and operation life cycle costs of powder metallurgy and
conventional wrought steel gear manufacturing techniques. Procedia CIRP 81:1101–1106
Kianian B, Andersson C (2018) Analysis of manufacturing costs for conventional gear manufacturing processes: a case study of a spur engine gear. Proc Int Gear Conf 1:393–402
Kianian B, Andersson C (2017) Sustainability-conscious powder metallurgy gear manufacturing:
an analysis of current manufacturing challenges. Proc VDI-Berichte 2294(2):1251–1264
Kianian B, Kurdve M, Andersson C (2019) Comparing life cycle costing and performance part
costing in assessing acquisition and operational cost of new manufacturing technologies. Procedia
CIRP 80:428–433
Kotthoff G (2018) NVH potential of PM gears for electrified drivetrains. Gear Technology: 4
Kruzhanov VS (2018) Modern manufacturing of powder-metallurgical products with high density
and performance by press-sinter technology. Powder Metall Met Ceram 57(7–8):431–446
Kruzhanov V, Arnhold V (2012) Energy consumption in powder metallurgical manufacturing.
Powder Metall 55(1):14–21
Larsson M, Andersson M, Rauch P (2014) Compaction of a helical PM transmission gear. In:
Proceedings of World Congress PM
Leupold B, Janzen V, Kotthoff G, Eichholz D (2017) Validation approach of PM gears for eDrive
application. Proc VDI-Berichte 2294(1):119–130
Schlosser R, Klocke F, Döbbeler B, Riemer B, Hameyer K, Herold T, Zimmermann W, Nuding BA,
Schindler M, Niemczyk M (2011) Assessment of energy and resource consumption of processes
and process chains within the automotive sector. In: Proceedings of the 18th CIRP International
Conference on Life Cycle Engineering—Glocalized Solutions for Sustainability in Manufacturing
45–50
Schultheiss F, Windmark C, Sjöstrand S, Rasmusson M, Ståhl JE (2018) Machinability and
manufacturing cost in low-lead brass. Int J Adv Manuf Technol 99(9–12):2101–2110
Ståhl JE, Andersson C, Jönsson M (2007) A basic economic model for judging production
development. In: Proceedings of the 1st Swedish Production Symposium
Steinert J (2015) Technical and economical viability of surface rolled PM gears for manual car
transmission. In: Proceedings of Euro PM Reims
Windmark C (2018) Performance-based costing as decision support for development of discrete
part production: Linking performance, production costs and sustainability. Lund University, Lund
Zapf G, Dalal K (1983) Raw material and energy conservation in production of sintered PM parts.
Powder Metall 26(4):207–216
487
Kianian B (2019) Comparing acquisition and operation life cycle costs of powder metallurgy and
conventional wrought steel gear manufacturing techniques. Procedia CIRP 81:1101–1106
Kianian B, Andersson C (2018) Analysis of manufacturing costs for conventional gear manufacturing processes: a case study of a spur engine gear. Proc Int Gear Conf 1:393–402
Kianian B, Andersson C (2017) Sustainability-conscious powder metallurgy gear manufacturing:
an analysis of current manufacturing challenges. Proc VDI-Berichte 2294(2):1251–1264
Kianian B, Kurdve M, Andersson C (2019) Comparing life cycle costing and performance part
costing in assessing acquisition and operational cost of new manufacturing technologies. Procedia
CIRP 80:428–433
Kotthoff G (2018) NVH potential of PM gears for electrified drivetrains. Gear Technology: 4
Kruzhanov VS (2018) Modern manufacturing of powder-metallurgical products with high density
and performance by press-sinter technology. Powder Metall Met Ceram 57(7–8):431–446
Kruzhanov V, Arnhold V (2012) Energy consumption in powder metallurgical manufacturing.
Powder Metall 55(1):14–21
Larsson M, Andersson M, Rauch P (2014) Compaction of a helical PM transmission gear. In:
Proceedings of World Congress PM
Leupold B, Janzen V, Kotthoff G, Eichholz D (2017) Validation approach of PM gears for eDrive
application. Proc VDI-Berichte 2294(1):119–130
Schlosser R, Klocke F, Döbbeler B, Riemer B, Hameyer K, Herold T, Zimmermann W, Nuding BA,
Schindler M, Niemczyk M (2011) Assessment of energy and resource consumption of processes
and process chains within the automotive sector. In: Proceedings of the 18th CIRP International
Conference on Life Cycle Engineering—Glocalized Solutions for Sustainability in Manufacturing
45–50
Schultheiss F, Windmark C, Sjöstrand S, Rasmusson M, Ståhl JE (2018) Machinability and
manufacturing cost in low-lead brass. Int J Adv Manuf Technol 99(9–12):2101–2110
Ståhl JE, Andersson C, Jönsson M (2007) A basic economic model for judging production
development. In: Proceedings of the 1st Swedish Production Symposium
Steinert J (2015) Technical and economical viability of surface rolled PM gears for manual car
transmission. In: Proceedings of Euro PM Reims
Windmark C (2018) Performance-based costing as decision support for development of discrete
part production: Linking performance, production costs and sustainability. Lund University, Lund
Zapf G, Dalal K (1983) Raw material and energy conservation in production of sintered PM parts.
Powder Metall 26(4):207–216