Lab 3 Geology Uthm ((link)) Official

Summarize how the experiment fulfilled the learning outcomes of , confirming that the Point Load Test is an efficient tool for field classification and preliminary engineering design. S&T 2024 - UPC - Universiti Malaysia Sabah (UMS)

This guide covers the essentials for at Universiti Tun Hussein Onn Malaysia (UTHM) . Typically focusing on Metamorphic Rocks or the Point Load Strength Test , this lab is a critical component of the Faculty of Civil Engineering and Built Environment (FKAAB) curriculum. 1. Lab Overview & Objectives

The primary objective of this lab is to determine the index strength of rocks using an indirect compression method, which is vital for predicting a rock's uniaxial compressive strength in civil and mining engineering. Essay Guide: Point Load Strength Test Analysis lab 3 geology uthm

For advanced sessions (often Lab 3 Advanced), students use polarized light microscopes to view thin sections of rocks. This allows for the identification of mineral textures and crystal structures invisible to the naked eye.

Is=PDe2cap I sub s equals the fraction with numerator cap P and denominator cap D sub e squared end-fraction is the failure load and Decap D sub e is the "equivalent core diameter." Iscap I sub s Summarize how the experiment fulfilled the learning outcomes

The lab report is worth 60-70% of your practical mark. A standard UTHM geology lab report includes:

Lab 3 is stocked with topographic maps of Johor state and stereographic projection nets (Wulff and Schmidt nets) used for structural geology analysis. This allows for the identification of mineral textures

The most utilized feature of Lab 3 is its extensive collection of hand specimens. These are stored in labeled wooden or glass cabinets.

Explain that the apparatus, often referred to as the , applies a compression load to a rock sample using two conical platens. Calculation : The basic strength index is calculated as is the failure load and Decap D sub e is the equivalent core diameter.

Laboratories at UTHM are designed to simulate field conditions and industry challenges. They are equipped with rock and mineral samples, geological maps, stereoscopes, and specialized software. For a student, the lab is where the abstract concepts of plate tectonics and mineralogy transform into tangible realities.

While specific syllabi can vary between semesters and lecturers, is most commonly associated with Sedimentary and Metamorphic Rock Identification or, in some engineering geology modules, the introduction to Geological Maps and Structural Geology .