Differences

This shows you the differences between two versions of the page.

--- airspace:system_dynamics_and_controls [2025/01/16 12:13] – aperez
+++ airspace:system_dynamics_and_controls [2025/02/13 14:11] (current) – aperez
@@ Line 16: / Line 16: @@
 ----
-**{{ :airspace:mathematical_modeling_of_control_systems_conversion_tf2ss_ss2tf_v1.pdf |Mathematical modeling of control systems conversion}}**
-{{pdfjs 46em >:airspace:mathematical_modeling_of_control_systems_conversion_tf2ss_ss2tf_v1.pdf}}
-----
-----
 **{{ :airspace:natural_freq_and_damping_ratio.pdf |Natural freq and damping ratio}}**
@@ Line 38: / Line 34: @@
 **{{ :airspace:sec_order_sys_exercise01.pdf |Sec_order_sys_exercise01}}**
-{{pdfjs 46em >:airspace:performance_of_second-order_control_system.pdf}}
+{{pdfjs 46em >:airspace:sec_order_sys_exercise01.pdf}}
 ----
 ----
-**{{ :airspace:state_space_to_transfer_function_examples.pdf |State space to transfer function examples}}**
+**{{ :airspace:fluidtanks.pdf |fluidtanks-Matlab.}}**
+{{pdfjs 46em >:airspace:fluidtanks.pdf}}
-{{pdfjs 46em >:airspace:state_space_to_transfer_function_examples.pdf}}
 ----
 ----
 **{{ :airspace:t5_diagrama_bloques.pdf |Block diagram}}**
@@ Line 60: / Line 58: @@
+====== Module 4 to 5 ======
+----
+----
+**{{ :airspace:part_1_-_modeling_in_the_time_domain_state-space_representation_.pdf |Part 1 - modeling in the time domain State Space representation}}**
+{{pdfjs 46em >:airspace:part_1_-_modeling_in_the_time_domain_state-space_representation_.pdf}}
+----
+----
+**{{ :airspace:part_2_-_state-space_model_for_the_liquid-level_system.pdf |Part 2 - State-Space model for the liquid level system}}**
+{{pdfjs 46em >:airspace:part_2_-_state-space_model_for_the_liquid-level_system.pdf}}
+----
+----
+**{{ :airspace:part_3_-_state-space_model_for_thermal_systems.pdf |Part 3 - State-Space model for thermal systems}}**
+{{pdfjs 46em >:airspace:part_3_-_state-space_model_for_thermal_systems.pdf}}
+----
+----
+**{{ :airspace:state_space_to_transfer_function_examples.pdf |State space to transfer function examples}}**
+{{pdfjs 46em >:airspace:state_space_to_transfer_function_examples.pdf}}
+----
+----
+**{{ :airspace:mathematical_modeling_of_control_systems_conversion_tf2ss_ss2tf_v1.pdf |Mathematical modeling of control systems conversion}}**
+{{pdfjs 46em >:airspace:mathematical_modeling_of_control_systems_conversion_tf2ss_ss2tf_v1.pdf}}
+----
+----
+**{{ :airspace:ogata_hw_b3_14_y_b3_15_antonio_perez_v2.pdf |Ogata HW b3 14 and b3 15}}**
+{{pdfjs 46em >:airspace:ogata_hw_b3_14_y_b3_15_antonio_perez_v2.pdf}}
+----
+----
+**{{ :airspace:mass_spring_damper.pdf |}}**
+{{pdfjs 46em >:airspace:mass_spring_damper.pdf}}
+----
+----
+**{{ :airspace:ss2.pdf |}}**
+{{pdfjs 46em >:airspace:ss2.pdf}}
+----
+----
+**{{ :airspace:znfinetuning-ultima_clase.pdf |Routh’s stability criterion}}**
+{{pdfjs 46em >:airspace:znfinetuning-ultima_clase.pdf}}
+----
+----