Creep definition
Examples of Creep in a sentence
F.N., and ▇▇▇▇▇▇▇▇, D.R., ‘Mission Creep in National Security Law’, 14 (2012) W.
Creep and shrinkage strains shall be based on the provisions of the CEB-FIP rather than on the requirements of CAN/CSA S6, Sections 8.4.1.5 (Shrinkage) and 8.4.1.6 (Creep).
FAS may without further consent on the part of the Investment Company at FAS’s own expense, subcontract for the performance of Administrative Services with a sub-contractor selected by FAS.
ASTM D 2240 Pot Life 15-40 minutes GDT-58 Flexural Creep 0.0065” (0.17mm) in 7 days California Method 419 Adhesion to Concrete @ 72 hours 100% failure in concrete ACI-503-R (Pull Out Test) No. 4 100 No. 20 0 – 5 No. 200 0 –1.0 5/8” 98 - 100 ½” 55 – 60 3/8” 12 – 14 ¼” 0 - 1 Remove from the site of the work immediately, any material rejected because of failure to meet the required tests or rejected because of damage.
Some of these vary with the conductor or with location: • Conductor Diameter • Latitude • Elevation 1 Creep can cause permanent increased conductor sag and is defined as the non-elastic deformation or flow of material, which occurs with time under its installed tension and advanced by application of additional wind or ice load.
Without formal procedures in place the project runs the risk of 'Scope Creep'.
Deformation conditions are indicated 15 Figure 8: Creep curves of Posidonia (HAR = Harderode) and Upper ▇▇▇▇▇▇▇ (BOS) shales showing the influence of sample composition on creep behavior of shale rocks recovered from different formations (a) and measured on different ▇▇▇▇▇▇▇ core samples (b).
Any extra costs or delays by the Vendor to remedy such issues will be considered Project Creep and any make-goods will need to be negotiated with the Vendor in accordance with Paragraph [6.13] and be the sole responsibility of the Client.
The actual results that the Company achieves may differ materially from any forward-looking statements due to such risks and uncertainties.
The JEEP “In-pile Creep Studies of ATF claddings” (INCA) has been proposed by the Czech Republic nuclear organisations namely CVŘ, UJV, Alvel and supported by CEA and the Technical Research Centre (VTT, Finland) to perform irradiation tests focusing on the assessment of the irradiation induced cladding creep, which has a significant impact on reliable and safe fuel rods performance during operation.