The phrase "a large strain on" is correct and usable in written English.
It can be used to describe a significant burden or pressure placed on someone or something, often in contexts related to stress, resources, or responsibilities.
Example: "The sudden increase in demand for services has put a large strain on our staff, leading to longer hours and increased stress levels."
Alternatives: "a significant burden on" or "a heavy load on".
"They would probably be semi-homeless, needing healthcare and top-up benefits, and be a large strain on the NHS".
Independent analysts of the military budget said that the situation was not as dire as Mr. Panetta described, but that the cuts, which by law cannot be "backloaded" to leave the biggest reductions for later years, would put a large strain on the Pentagon.
Though silicon nanoparticles have remarkably high capacity, they suffer from rapid degradation with each cycle due to electrode volume expansion of approximately 400% during lithiation, placing a large strain on the material.
This put a large strain on the terminal capacity and the terminal had to be expanded.
Even though a good portion of the water withdrawn for cooling is returned to surface waters, albeit at higher temperatures, electric power represents a large strain on water resources in many regions of the country.
Although escalating patient acuity places a large strain on ED resources, the most important cause of ED overcrowding is insufficient inpatient capacity for ED patients who require hospital admission [ 8, 22, 23].
With two clamps the strain band was almost symmetric, whereas with one clamp the strain band was shifted towards the free strip end, and a large strain concentration was formed around the tool on the free side.
In order to eliminate the fatigue failure of metallic thin film strain gauges under large alternating strain condition, a mechanical structure reducing the large strain on the target surface proportionally to a safe level is proposed as strain shunt in this study.
Finally, time-temperature-water content equivalence of mechanical behaviour of polyamide 6,6 had been validated at large strain on conditioned specimens subjected to loading-unloading tensile tests.
We note little evidence of geographic structuring, which implies high rates of global migration via the human host, although further studies on a larger strain collection are required to improve our understanding of the natural population of this highly clonal organism.
Strain reversal tests are performed at large strains on an AA1050 aluminium alloy and a low carbon steel deformed in simple shear.
