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Rhetorical Devices in Advertisement
Electric energy utilization is the type of energy consumption that uses power. Electricity utilization is the actual power demand made on current electricity supply. Electric and electronic devices absorb electric power to bring about expected turnou
NOTE 2 For the design of the MFR’s MFR’s failing component (sacrificial element) and the set-up of the HFR’s overpressure valve, any over-strength factor is not applicable (unfactored load). Over-strength factors are applicable to all the other components of the FR units. Clause 6.1.1 does not apply to FRs.
After failure, FRs shall not interfere with functioning of anti-seismic devices (if any).
5.2.4
Prototype Testing
5.2.4.1
Service Load Test
The FR shall be subjected for three times to a monotonically imposed load up to the maximum service load. No yielding or failure shall occur. Among the three cycles, the maximum measured deformation deformation corresponding to the maximum service load shall be less than or equal to the design one.
5.2.4.2
Fatigue Test
This fatigue test shall be performed when requested by the Design Engineer. The FR shall be subjected to 2 million cycles at the expected level of fatigue load. No yielding or failure shall occur. In order to verify that the fatigue effect is not influencing the FR strength resistance, the test described in 5.2.4.1 and 5.2.4.3 shall be performed on two samples, one subjected to the fatigue load and one not subjected to fatigue load history.
5.2.4.3
Break-away Test
The FR shall be subjected to a monotonically imposed load up to its break-away load. The SR shall fail within the design load tolerance t d to be given by the design engineer. NOTE In absence of different tolerance limits provided by the Design Design Engineer, Engineer, a typical typical tolerance tolerance limit of ±15% is recommended.
5.2.5
Factory production control tests
If the raw material used for the production does not come from the same batch as used for manufacture manufacture of the prototypes, it shall be shown by calculation that the design load tolerance is not exceeded when the actual material batch properties are applied.
5.3 Temporary (dynamic) connection devices 5.3.1
Functional Functional requirements requirements
Within the tolerances specified by the Design Engineer, the Temporary Connection Devices (TCDs), commonly referred to as Shock Transmission Units (STUs), shall provide for an output force in either tension or compression that complies with the design displacement requirements provided by the Design Engineer when the activation velocity is exceeded. exceeded. In the presence of thermally induced or other slowly imposed movements, the STU shall develop a reaction force less than 10% of its design force, or a lower value as specified by the Design Engineer. Engineer. NOTE 1
The above requirement requirement is aimed at avoiding fatigue load transmission to the structure. structure.
