企业信息,成人丝袜射,日本中文字幕,初小videos第一次摘花

^{<big id="b4scz"></big>}

<sub id="b4scz"></sub>

About

400-700-9998

中文

Enquiry:hkmarketing@epc.com.hk

Whatsapp Enquiry: +85261990717

Buy

Products
Testing Method
1. Roads, Bridges, Airports, and Railways Engineering
  Engineering Investigation
  Tunnel Inspection
  Deep Foundation and Pile Structures
  Bridge Structure
  Highway and airport engineering
  Railway Operation and Safety Monitoring
  Automotive Testing
2. Building and Infrastructure
  Geotechnical Laboratory Testing
  Foundation Engineering
  Structural Health Assessment
  Construction Material Inspection
  Construction Quality Inspection
3. Research and Talent Cultivation
  Teaching and Research Laboratory Equipment
  Flame Retardant Systems
  Geotechnical Laboratory Testing
4. Marine Engineering
  Marine Geological Investigation
  Marine Geotechnical Laboratory Testin
  Offshore Construction and Monitoring
  Safe Operation Monitoring
5. Resource Exploration
  Resource Exploration
  Resource Research and Application
6. Aerospace and Mechanical Engineering
  Navigation and Control Solutions
  Vehicle Safety Monitoring and Fault Diagnosis
  Aerospace Engineering
Industry
1. 企業簡介
2. 加入我們
Solution
1. Solution
2. DownLoads
Service
News
購買
中文

EPC Construction NDT

Construction NDT

Solution

Technical Community Upload Center

Gilchrist Construction Company - Smart Concrete

Add Time：2018-12-03 View Count：4879 Resoure:EPC

Gilchrist Construction Company
Alexandria, LA
Gilchrist Construction Company Uses Smart Sensors to Shorten Project Timeline By 4 Months

PROBLEM

In January 2015, Gilchrist Construction embarked on a major bridge construction project. Although bridgework itself started in March 2017, they were able to open the bridge to traffic by October of the same year, “[which is] an extremely fast time to build a bridge and open to traffic” says Frank Maury, the project manager. “Something that helped tremendously was just the temperature monitoring during bridge deck pours when we exceeded the 4 hour time limit.”
Due to avoiding the wait for early break test results, Maury estimates that with the use of SmartRock sensors, his team was able to save 3 to 4 months on the entirety of the project.

Photo Credit: Gilchrist Construction Company

SOLUTION

Benefits of Smart Concrete Monitoring Tech in Bridge Construction

During the interview, Maury mentioned some of the following benefits of using SmartRock™ sensors in this particular project:

Time saving
Cost saving
Labour reduction
Minimization of break tests
Data acquisition

For the Gilchrist team, the ease of project sharing showed great value. “Since this was a state project, but the state was not present on the field, the app proved to be very easy to use and I was able to send data reports to the 10 other engineers on the project right from my phone,” says Maury.

Maury mentioned that the biggest setback may have been the need to conduct the initial maturity calibrations necessary for the use of the sensors themselves. Since the company was new to using the SmartRock sensors, they tested 28 concrete cylinders for each of their 3 to 4 mixes in order to gather as much data as possible. Although they plan to use the sensors in future projects regardless of having to perform calibrations, they will likely opt to work with Angelle Materials, a ready-mix producer and Smart Concrete™ partner in Baton-Rouge, in order to benefit from pre-calibrated mixes and eliminate the task of preforming calibrations on their own.