Update modal extraction

2019-07-05 16:58:15 +02:00 · 2019-07-05 16:58:15 +02:00 · 563e827d01
commit 563e827d01
parent 1ceb16895a
10 changed files with 339 additions and 1588 deletions
--- a/modal-analysis/data/oros_modal_manual.pdf
+++ b/modal-analysis/data/oros_modal_manual.pdf
--- a/modal-analysis/figs/cmif.png
+++ b/modal-analysis/figs/cmif.png
--- a/modal-analysis/figs/cmif_compare.png
+++ b/modal-analysis/figs/cmif_compare.png
--- a/modal-analysis/figs/composite_response_function.png
+++ b/modal-analysis/figs/composite_response_function.png
--- a/modal-analysis/figs/modal_complexities.png
+++ b/modal-analysis/figs/modal_complexities.png
--- a/modal-analysis/figs/modal_complexity_high.png
+++ b/modal-analysis/figs/modal_complexity_high.png
--- a/modal-analysis/figs/modal_complexity_small.png
+++ b/modal-analysis/figs/modal_complexity_small.png
--- a/modal-analysis/frf_processing.org
+++ b/modal-analysis/frf_processing.org
@ -41,6 +41,7 @@
 #+PROPERTY: header-args:latex+ :output-dir figs
 :END:

+* Introduction                                                       :ignore:
 The measurements have been conducted and we have computed the $n \times p \times q$ Frequency Response Functions Matrix with:
 - $n$: the number of measurements: $23 \times 3 = 69$ (23 accelerometers measuring 3 directions each)
 - $p$: the number of excitation inputs: $3$
--- a/modal-analysis/modal_extraction.html
+++ b/modal-analysis/modal_extraction.html
--- a/modal-analysis/modal_extraction.org
+++ b/modal-analysis/modal_extraction.org