updated MEE342 HW1

Author: antantantant

mee342_hw1_2026.md

@@ -84,26 +84,6 @@ $I_2$ be for the beam to have minimal maximum deflection? (Optional)
 
 <img src="/_images/mechdesign/hw1_5.png" alt="Drawing" style="height: 200px;"/> 
 
-### Problem 5 (20 Points)
-
-1. *Form your project team*. Choose from one of these: (1) Shaft, (2) Gear + Bearing + key. Each team should have at most 5 people.
-
-2. *Formulate a pseudo code (flow chart) for component-wise analysis and design*. 
-
-* For shaft teams, please read Chapter 6 on Fatigue Failure Resulting from Variable Loading and 
-Chapter 7 on Shafts and Shaft Components (Sections 7-4 to 7-5). Start with Example 7-2 that runs through the whole design process, 
-list down the concepts you do not understand, and then seek answers to these questions from Chapters 6 and 7. 
-
-* For gear+ teams, please read Chapter 13 Gears-General Sections 13-1 to 13-8 and 13-13 and 
-Chapter 14 Spur and Helical Gears. For Chapter 14, start with Section 14-19 and the example within, list down 
-the concepts you do not understand, and then seek answers from the chapter. For bearing and key, 
-please read Chapter 11 on Rolling-Contact Bearings and Chapter 7 Section 7-7. 
-
-* The pseudo code should specify (1) the inputs, e.g., 
-static and dynamic loading conditions, geometry, target safety factors, (2) the outputs, e.g., 
-detailed component geometry design, material selection, performance metrics, and (3) the design flow.
-
-* As a starting point, your submission does not have to be perfect but needs to show your best effort.
 
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