UM students celebrating Christmas in their Ann Arbor rooming house, 1911

All from the U.P. (Ironwood) so did not go home - left to right Hjalmen Flink (English), Harry Bay (Law), S. Bargquist (later prof at MSU), M. Mickelson (U.S. Forestry), and A.B. Johnson "The jug contains cider"

A history of the legal development of the railroad system of Southern railway company,

Mode of access: Internet.

Inservice training course for the appraisal of present scientific information concerning periodontal disease, September 10 through 15, '51, conducted at: School of Public Health building, Ann Arbor, Michigan.

Includes discussions but not papers presented. Papers were published separately under title: An appraisal of present scientific information concerning periodontal disease, [1952]

Reply of Hon. Onslow Stearns, president of the Old Colony & Newport railway company, to the circular of the Railroad commissioners relative to reduction of rates ...

Mode of access: Internet.

Annual report of the Chicago, Indianapolis & Louisville Railway Company.

Published: Chicago: Stromberg, Allen & Co., 1900-

Annual Report of the Iowa Central Railway Company

Mode of access: Internet.

Annual report of the Chicago & Alton Railway Company ...

Report year ends June 30.

Brotherhood of Electric Railway Motormen's magazine.

Title varies slightly.

Computer simulation and modeling in railway applications

An electrified railway system includes complex interconnections and interactions of several subsystems. Computer simulation is the only viable means for system evaluation and analysis. This paper discusses the difficulties and requirements of effective simulation models for this specialized industrial application; and the development of a general-purpose multi-train simulator.

A parametric analysis technique for design of fuel cell and hybrid-electric vehicles

This paper presents a new simplified parametric analysis technique for the design of fuel cell and hybrid-electric vehicles. The technique utilizes a comprehensive set of ∼30 parameters to fully characterize the vehicle platform, powertrain components, vehicle performance requirements and driving conditions. It is best applied to the sizing of powertrain components and prediction of energy consumption in a vehicle. This new parametric technique makes a good complement to existing vehicle simulation software packages and therefore represents a potentially valuable tool for the hybrid vehicle designer.