Guide Feasibility study of a new attached multi-loop CO2 heat pipe for bridge
In this study, a new attached multi-loop heat pipe system was developed to be used with ground heat exchangers for heating existing bridges. The heat pipe system, using CO2 as the heat
Guide Heated Bridge Technology
Foreword This report summarizes the experiences of agencies in five states that designed, constructed, and operated heated bridge deck surfaces for the control of snow and ice accumulation.
Guide Heat Pipes
To better solve your thermal removal requirements, Noren''s heat pipes offer the unique ability to achieve different bends, planes and dimensions within designs. We are able to create solutions with multiple
Guide Manual for Heat Straightening, Heat Curving and Cold Bending of
This new manual provides the background knowledge and information to use heat straightening, heat curving and cold bending for the fabrication or repair of steel bridge components.
Guide Heat exchange characteristics of underground and pavement buried
The study focuses on the heat exchange characteristics of underground and pavement buried pipes with various parameters for an actual bridge deck heating system conducted in Jinan,
Guide Self-regenerating bridge-type heat pipe
An object of the present inventionis to provide a self-regenerating bridge-type heat pipe that can effectively transport heat while keeping the filling rate of the working fluid low.
Guide Development of a CO2 Heat Pipe for Hydronic Heated Bridge Decks
This paper concerns the design and tests of copper CO 2 heat pipes that can be used in the heated bridge to avoid the leak hazard and improve heating efficiency. A single heat pipe is
Guide Development of a CO2 Heat Pipe for Hydronic Heated Bridge Decks
Two requirements should be satisfied to assure that the developed heat pipe can be used to efficiently heat bridge deck. One end of the heat pipe will be submerged into heat carrying fluids circulated
Guide Bridge Heating Using Ground-Source Heat Pipes
A.n experimental bridge deck heating system has been constructed and monitored that uses field-assembled heat pipes to transfer energy from 100-ft vertical evaporators in the ground.