Rensselaer Polytechnic Institute

Detailed and clearly written class notes. These notes cover all the lecture topics and example problems for the exams. Notes written by a Deans List student. This notebook is a fantastic study companion filled with quality notes on all thermodynamics topics covered in the course. The condensed version highlights the most important topics and eliminates any unnecessary content. Clear and streamlined. Good luck and enjoy!

This class note book outlines all the topics for all three tests. All the notes are clearly written and easy to comprehend. I am an excellent note taker. This note book would serve as an excellent study guide.

Notes from class on biology chapter1 section 1

Information Systems, Fall 2021 Homework 3. Due Thursday, November 4, 11:59 pm. This homework is done using R/R-Studio. Open the script containing the examples from the class of October 21. Run the script (no need to install/update the library if you did it before). Question 1 (5 points): Using existing variables from the class example, add the following: a) Find shots against/shots for ratio per team. Only include the code (no table) in the answer. (4 points) NHL_Data<-("/Users/ilea...

Lecture notes introducing the Stiffness (Displacement) method for analyzing systems of springs. It goes through concepts like element and global stiffness relations, stiffness matrices, node element connectivity charts, etc.

Includes two homework problems that go through the analysis of systems of springs using the Stiffness/Displacement Method. The work goes through how to obtain the global stiffness matrix, full and reduced matrix equations, nodal displacements, and reaction forces.

Homework problems go through the use of the Principle of Minimum Potential Energy on a spring assembly in Problem 1, and the Rayleigh-Ritz method of a 1-D bar in Problem 2.

HW#8: Construction Engineering by Mr. Siefert

HW#6: Resilience by Dr. Nikolaou

HW#7: Forensic Engineering by Professor De Luca