Here's a silly toy:

Needs["NDSolve`FEM`"];
reg = BoundaryDiscretizeGraphics[
   First@ImportString[
     ExportString[Style["钨", 64, FontFamily -> "Songti SC"], "PDF"],
     {"PDF", "PageGraphics"}],
   MaxCellMeasure -> 0.05];
usol = NDSolveValue[{Laplacian[u[x, y], {x, y}] == -2, 
    DirichletCondition[u[x, y] == 0, True]}, u, {x, y} \[Element] reg];
Animate[
 ElementMeshPlot3D[
  ElementMeshInterpolation[usol["ElementMesh"], 
   a  usol["ValuesOnGrid"]]
  , ColorFunction -> Function[{u}, Blend[{Black, Red}, u/2.]], 
  ColorFunctionScaling -> False, PlotRange -> {All, All, {0, 4}}
 ], 
 {a, 0, 1},
 AnimationDirection -> ForwardBackward, 
 AnimationRate -> 0.2]

Google translate tells me this is the Chinese character for the Latin wolframium.

Perhaps something like this:

reg = BoundaryDiscretizeGraphics[
  First@ImportString[
    ExportString[Style["HAO XU", 64], "PDF"],
    {"PDF", "PageGraphics"}],
  MaxCellMeasure -> 0.5] (* adapt MaxCellMeasure as desired *)

If you want letters in a certain font, change the Style[]:

Style["HAO XU", 64, FontFamily -> "Times", FontSlant -> Italic]
Style["数学", 48]

And so forth.

Welcome to Wolfram Community! Please make sure you know the rules: https://wolfr.am/READ-1ST

The rules explain how to format your code properly. Posting code Images doesn't help other members to copy your code. Please EDIT your post and make sure code blocks start on a new paragraph and look framed and colored like this.

int = Integrate[1/(x^3 - 1), x];
Map[Framed, int, Infinity]

You can also embed notebook or attach notebook.