Physical properties of some typical foundation rocks /

Includes bibliographical references.

Design methods for high frequency transformers.

"...Final report ... sponsored by Signal Corps Engineering Laboratories, Fort Monmouth, N.J., and the Electronic Components Laboratory of the Wright Air Development Center, Wright-Patterson Air Force Base, Ohio."

Study of gate valves and globe valves as flow regulators for irrigation distribution systems under heads up to about 125 feet of water /

Mode of access: Internet.

Sediment problems on irrigation projects in the United States /

Mode of access: Internet.

Critical tractive forces on channel side slopes /

Mode of access: Internet.

Why close tolerances are necessary under high-velocity flow /

Mode of access: Internet.

Hydraulic model study of stratified flow over a weir /

Mode of access: Internet.

Measuring seepage loss in irrigation canals : (tentative procedures for ponding and seepage meter tests) /

Mode of access: Internet.

Canal bank erosion due to wind-generated water waves : progress report I /

Mode of access: Internet.

Study of the effects of turnout design on registration accuracy of propeller meters placed in downstream ends of turnout pipes /

Mode of access: Internet.

Hydraulic model studies of the Wanship Dam Vertical stilling wells, Weber Basin Project, Utah /

Mode of access: Internet.

Drawdown tests on earth cover material placed over an asphalt membrane, East Bench Canal, Missouri River Basin Project, Montana /

Mode of access: Internet.

Critical need for energy research and development : the role of the Midwest research labs : hearing before the Subcommittee on Energy, Nuclear Proliferation, and Government Processes of the Committee on Governmental Affairs, United States Senate, Ninety-seventh Congress, second session, March 22, 1982, Argonne, Illinois.

Mode of access: Internet.

Living laboratories to support collaboration

Through a case study analysis, this paper discusses the essential elements of successful university-industry partnerships in the context of the integration of the scholarships of teaching, research and application. This scholarly integration is advocated as the modern paradigm of real-world laboratory activity termed the “living laboratory”. The paper further examines the application of the concepts of experimentation, engagement and regeneration as critical measures for evaluating successful university-industry partnerships. University-industry partnerships play an increasingly important role in the current climate of universities being held increasingly accountable for the benefits of their scholarship to be transferred to the wider community and to demonstrate measurable impacts.

Learning environments – Laboratories at the cross roads

Laboratories and technical hands on learning have always been a part of Engineering and Science based university courses. They provide the interface where theory meets practice and students may develop professional skills through interacting with real objects in an environment that models appropriate standards and systems. Laboratories in many countries are facing challenges to their sustainable operation and effectiveness. In some countries such as Australia, significantly reduced funding and staff reduction is eroding a once strong base of technical infrastructure. Other countries such as Thailand are seeking to develop their laboratory infrastructure and are in need of staff skill development, management and staff structure in technical areas. In this paper the authors will address the need for technical development with reference to work undertaken in Thailand and Australia. The authors identify the roads which their respective university sectors are on and point out problems and opportunities. It is hoped that the cross roads where we meet will result in better directions for both.