For the simulated members, the output time-series are modelled using the system parameters in Θi to represent the system equations in state-variable form [20], [21]. As in the experiments [11], the input is a white-noise excitation over 8s, with a sample-rate of 400.25 Hz. A ...
Second step: The matrix of fitted parameters versus formation properties, illustrating best-fitting equations. Third step: A combined single function applied across all data in a single rock type. Saturation height model results: Comparison of the core model and optimized model, using solver. ...
I have written a Fortran code to solve some differential equations. Moreover, this makes use of MPI. Initially, the code worked fine when a simple 1D decomposition of the input arrays was being used. Recently, in order to enable computation on larger-sized arrays, I had...
|[fudan/MOSS-003](https://github.com/OpenLMLab/MOSS)|MOSS-16B|~1.1M text-davinci-003 generated self-instruct dataset, include ~300k plugins dataset as text-to-image/equations/.etc| SFT | fp16 finetune on 2 A100s or 4/8-bit finetune on single 3090 | |replit/replit-code-v1-3b|...
From these equations, the fractional energies (Fk,ij) for healthy and damaged (*) plates, and the damage index (βij) and its normalization (Zij) for each sub-region, were calculated as follows: 𝐹𝑘,𝑖𝑗=𝑈𝑘,𝑖𝑗𝑈𝑘Fk,ij=Uk,ijUk (10) 𝛽𝑖𝑗=∑𝑚𝑘=1...
FEA involves the discretization of a structure into finite elements representing small regions within the structure. Each element is characterized by a set of mathematical equations, which are solved iteratively to determine the response of the structure. By assembling these elements, the complete ...
I have written a Fortran code to solve some differential equations. Moreover, this makes use of MPI. Initially, the code worked fine when a simple 1D decomposition of the input arrays was being used. Recently, in order to enable computation on larger-sized arra...
I have written a Fortran code to solve some differential equations. Moreover, this makes use of MPI. Initially, the code worked fine when a simple 1D decomposition of the input arrays was being used. Recently, in order to enable computation on larger-sized arra...
I have written a Fortran code to solve some differential equations. Moreover, this makes use of MPI. Initially, the code worked fine when a simple 1D decomposition of the input arrays was being used. Recently, in order to enable computation on larger-sized arra...
I have written a Fortran code to solve some differential equations. Moreover, this makes use of MPI. Initially, the code worked fine when a simple 1D decomposition of the input arrays was being used. Recently, in order to enable computation on larger-size...