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use tableWrapper class, fix typo

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Akbar Rahman 2021-12-23 21:49:38 +00:00
parent e680e2d3c1
commit e983d37e81
Signed by: alvierahman90
GPG Key ID: 20609519444A1269
3 changed files with 13 additions and 1 deletions
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4
uni/mmme/1028_statics_and_dynamics/statics.md
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@ -127,6 +127,8 @@ This principle can be useful in determining moments.
## Naming Conventions ## Naming Conventions
<div class="tableWrapper">
| Term | Meaning | | Term | Meaning |
|----------------------|----------------------------------------------------------| |----------------------|----------------------------------------------------------|
| light | no mass | | light | no mass |
@ -138,6 +140,8 @@ This principle can be useful in determining moments.
| rigid pin | a support only providing normal and tangential reactions | | rigid pin | a support only providing normal and tangential reactions |
| built-in | a support proviting two reaction components and a moment | | built-in | a support proviting two reaction components and a moment |
</div>
## Tips to Solve (Difficult) Problems ## Tips to Solve (Difficult) Problems
1. Make good quality clear and big sketches 1. Make good quality clear and big sketches

4
uni/mmme/1029_materials_and_manufacturing/materials.md
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@ -624,12 +624,16 @@ bonds between the surface of the fibre and matrix.
Fibre composites tend to be much much weaker in transverse direction: Fibre composites tend to be much much weaker in transverse direction:
<div class="tableWrapper">
Composite | Longitudinal UTS | Transverse UTS Composite | Longitudinal UTS | Transverse UTS
------------ | ---------------- | -------------- ------------ | ---------------- | --------------
GF/PET | 700 | 20 GF/PET | 700 | 20
CF/Epoxy | 1000 | 35 CF/Epoxy | 1000 | 35
Kevlar/Epoxy | 1200 | 20 Kevlar/Epoxy | 1200 | 20
</div>
(All units in MPa) (All units in MPa)
# Thermal Properties of Materials # Thermal Properties of Materials

6
uni/mmme/1048_thermodynamics_and_fluid_mechanics/thermodynamics.md
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@ -111,7 +111,7 @@ c_p &= c_v \gamma \\
c_v + R &= c_v\gamma \\ c_v + R &= c_v\gamma \\
c_v &= \frac{R}{\gamma - 1} \\ c_v &= \frac{R}{\gamma - 1} \\
\\ \\
\frac{c_p}{\gamma} &= _v \\ \frac{c_p}{\gamma} &= c_v \\
c_p &= \frac{c_p}{\gamma} + R \\ c_p &= \frac{c_p}{\gamma} + R \\
c_p &= \frac{\gamma}{\gamma -1} R c_p &= \frac{\gamma}{\gamma -1} R
\end{align*} \end{align*}
@ -159,6 +159,8 @@ In thermodynamics we distinguish between *intensive*, *extensive*, and *specific
### Units ### Units
<div class="tableWrapper">
Property | Symbol | Units | Intensive | Extensive Property | Symbol | Units | Intensive | Extensive
--------------- | ------ | --------------- | --------- | --------- --------------- | ------ | --------------- | --------- | ---------
Pressure | p | Pa | Yes | Pressure | p | Pa | Yes |
@ -171,6 +173,8 @@ Internal Energy | U | J | | Yes
Entropy | S | J K$^{-1}$ | | Yes Entropy | S | J K$^{-1}$ | | Yes
Enthalpy | H | J | | Yes Enthalpy | H | J | | Yes
</div>
### Density ### Density
For an ideal gas: For an ideal gas: