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The phrase "a stiff structure for" is correct and usable in written English.
It can be used when describing a rigid framework or design intended for a specific purpose or function.
Example: "The engineers designed a stiff structure for the bridge to ensure it could withstand heavy loads and harsh weather conditions."
Alternatives: "a rigid framework for" or "a solid foundation for".
Exact(1)
Unlike the thin beam, which corresponds to the geometry that has been experimentally tested in [5], the thick beam case is a pure numerical exercise aiming to reproduce a stiff structure for which the size of the cohesive zone is comparable to the dimensions of the sample, see also [18].
Similar(59)
For example, in fleas where compression of resilin alone is proposed as the energy store [ 21], a contribution from a stiffer structure that needs less compression may be necessary to store sufficient energy for a jump.
Platelet aggregation and clot formation depend upon platelet shape change, drawing the discoid resting platelet into a stiffer structure whilst extending pseudopodia to facilitate adhesion and clot stability; platelet contraction is critical for maintaining the primary haemostatic plug [52].
A stiffer structure and more soundproofing allow fewer unwanted decibels to intrude inside.
The increased frequency implies a stiffer structure.
This method enables a stiffer structure when compared with that in a multi-joint structure.
These collagen fibre bundles aligned in the plane of the film, giving rise to a stiffer structure compared with the gelatin, which is lacking these long, stiff fibres.
One theory postulates that OA is the result of altered impact mechanical loading, which induces bone adaptation with subchondral bone thickening, and leads to a stiffer structure (4).
The Porsche Pavilion is an innovative stainless steel construction using the principle, often used in ship and car design, as an advantage for building a light but stiff structure.
Long linear carbon polymers with alternating, repeating triple bonds are attractive to chemists for their ability to form mechanically stiff structures and for their potential to conduct electricity.
Using the TLISMNI method, which does not require numerical differentiation of the forces and allows for an efficient sparse matrix implementation, for solving complex and stiff structure problems leads to significant computational cost saving as demonstrated in this paper.
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CEO of Professional Science Editing for Scientists @ prosciediting.com