SAE 2015 Noise and Vibration Conference and Exhibition

Technical Session Schedule

Monday, June 22

Mounts and Shock Absorbers
(Session Code: NVC206)

Room TBD  

This session includes papers in the areas of static, dynamic, and fatigue characterization of elastomers, bushings, mounts and shock absorbers used in the mobility industry. Particular emphasis is given to new and innovative analysis and testing methodologies to quantify the non-linear properties of these systems in addition to the effects of temperature, frequency, and aging. Papers dealing with specific applications and case studies of existing methodologies are also welcome.

Organizers - Mohamad Qatu, Central Michigan Univ.; Saeed Siavoshani, LMS A Siemens Business

Time Paper No. Title

The Design and Fuzzy Control of Magneto-rheological Engine Mounts
Ling zheng, Chongqing University

Evaluation of structural borne shock absorber noise due to impact and its controlling techniques (Written Only -- No Oral Presentation)
Swapnil S. Kulkarni, Ravi B, Suspension Parts

Test Method, Simulation and Micro-process Dynamic Model for Noise Analysis of Auto Hydraulic Shock Absorber
Hongyu Shu, Shu Hongyu

Magnetic Suspension for Automobiles.
Ravi Nandu, Suvriti Dhawan, SRM University

A DOE Based Optimization of the Powertrain Mounting System (Written Only -- No Oral Presentation)
Yong Xu, Brilliance Automotive Co., Ltd.

Optimization of Powertrain Mounting System Based on Complete Vehicle Model (Written Only -- No Oral Presentation)
Kaiyan Wang, Brilliance Auto R&D Center

Design of powertrain mounting system for engine with three cylinders
WenbIn Shangguan

Simulation of Side Door Protective Beam and Investigation of Cross-Section Changes in Energy Absorption
Sina Modaresahmadi, M. S, Tarbiat Modares University; Mandana Shaikhzad, M. S, University of Wollongong

A Shock Absorber Design with Stroke Dependent Damper and its Performance Evaluation
Nizar Ahamed, Girish Kokane, Endurance Technologies Pvt. Ltd.

Semi-Transient Analysis on Impact Power Dissipation as Power Flow into A Simple Plate with Damping Mounts
Akira Inoue, Hitachi America, Ltd.; Nikhil Seera, Hitachi America Ltd; Yosuke Tanabe, Hitachi, Ltd.

Physical 1-D system simulation model for monotube shock absorbers for simulation with excitation up to 70Hz
Jan Bunthoff, Daimler AG; Frank Gauterin, Karlsruhe Institute of Technology

Idle Shake Simulation and Optimization through Digital Car Model (Written Only -- No Oral Presentation)
Babitha Kalla, Sanjeev Patil, Mahindra & Mahindra, Ltd.; Mansinh Kumbhar, Mahindra & Mahindra Ltd

Reduction of Idle Shake in a Small Commercial Vehicle
Chaitanya Krishna Balla, Tata Motors, Ltd.