Sentence examples for geometric interactions from inspiring English sources

In doing so, the geometric interactions between the web and flange are ignored.

Current design provisions provided by the American Iron Steel Institute (AISI), and Canadian Standard Association (CSA-S136-07), ignore the geometric interactions between the channel components.

The authors review the challenges of coronary angiography and percutaneous coronary intervention post-TAVR and examine the geometric interactions between currently approved transcatheter aortic valves and coronary ostia, while providing a practical guide on how to manage these potentially complex situations.

In essence, enzymes lower the free energy barriers of chemical reactions (i.e., increase the probabilities of sampling transition states relative to ground states) by providing electrostatic and geometric interactions that are complementary to the transition state.

This geometric interaction model produces similar prediction errors for all 29 solutes.

Specifically, we describe the design and evaluation of a geometric interaction technique for bare-hand mid-air virtual pottery.

We describe the iterative design and evaluation of a geometric interaction technique for bare-hand mid-air virtual pottery.

A noticeable increase in the post-buckling stiffness of the web and the flange can be attained by accounting for the geometric interaction.

This study sought to assess the geometric interaction between the Lotus Valve System transcatheter aortic prosthesis (Boston Scientific, Natick, Massachusetts) and the native aortoventricular interface using multidetector computed tomography (MDCT).

We present an original research on the anion exchange membranes (AEMs) (TWEDAI, TWEDAII, FAS, 3362BW) and the cation exchange membranes (CEMs) (TWEDCI, TWEDCII, FKS, 3361BW) fouled by four typical organic foulants (SDBS, BSA, sodium humate, SA) through electrostatic interaction, affinity interaction and geometric interaction.

Two-dimensional cellular automaton computer simulations were carried out to model the geometric interaction between mobile, equiaxed particles and growing matrix grains, thus simulating crystallization (respectively, recrystallization, phase transformation or solidification) of a matrix material containing a mobile second phase (e.g. solid particles, liquid droplets or gas bubbles).